st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

November 30th - December 1st, 2010 bcc / Berlin Congress Centre Alexanderstrasse 11 10178 Berlin, Germany

An Event of the Centre for Studies and Conferences of the German Association for Defence Technology (SGW) supported by the Federal Ministry of Defence www.cbrn-symposium.com

Conference language: English (simultaneous translation to German) PROTECTED – MISSION COMPLETED – NBC Protection ++ FULL RATE PRODUCTION OF JSTDS-SS: Protection against nuclear, MORE THAN 1,200 ADDITIONAL SYSTEMS biological and chemical FOR US ARMY ++++ A SUCCESS STORY hazards or NBC weapons CONTINUES: FIRST TEP 90 TO ISTANBUL CIVIL DEFENCE ++++++ INNOVATIVE LIGHT WEIGHT DECON SYSTEMS FOR Decontamination GERMAN SPECIAL FORCES +++++++++++ Removal of radioactive particles, disinfection, detoxifi cation to restore fi tness for action

Safe. For many years, Kärcher Future- tech has been developing, testing and supplying tailor-made solutions for the effective defence of NBC attacks in urban and natural environments. The truckmounted TEP 90 in Germany, the DECOCONTAIN 3000 GDS full decon- tamination system in Sweden, the variable MOSDM system in Belgium, the rapidly deployable JSTDS Small Scale module in the USA, or the biolo- gically degradable GDS, RDS and BDS decontamination agents – these are all references that speak for themselves, and in which the protection of people and the environment is the focal point.

www.kaercher-futuretech.com/nbc-protection

Maintenance Systems Field Camp Systems

Worldwide active and Kärcher Futuretech GmbH one step ahead in: Max-Eyth-Straße 35 71364 Winnenden, Germany Tel. +49 - 71 95 - 14 0 Fax +49 - 71 95 - 14 27 80 NBC Protection NBC Protective Clothing Water Purifi cation Mobile Catering www.kaercher-futuretech.com [email protected] st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Content of the Conference Magazine

Foreword of Brigadier General Winfried Zimmer ...... Page 4 Foreword of General (ret.) Rainer Schuwirth ...... Page 5 Foreword of Lt. Colonel (ret.) Wolf Rauchalles...... Page 7

The 1st international Symposium on Development of CBRN-Defence Capabilities

Main Programme ...... Page 8 Panel Programme 1st Conference Day ...... Page 9 Panel Programme 2nd Conference Day ...... Page 10 Floor Plans of the Conference Centre ...... Page 11 Exhibitors / Company Profiles ...... Page 13 Speakers / Curriculum Vitae ...... Page 25 Abstracts of the Speeches ...... Page 39

Product and Company Guide

Beth-El Zikhron Yaaqov Industries NBC-Protection and treatment of the air from a single source ...... Page 63

State of the Art Decontamination Overview of Kärcher Futuretech ...... Page 65

Innovative Filter Technology Blücher Technologies: A tradition of innovation ...... Page 68

Detection, Localization, Analysis of Hidden Radioactivity Thermo Fisher Scientific: Experience in Detection ...... Page 70

Facing up to the future Rheinmetall Defence: NBC reconnaissance system expertise from a single source...... Page 71

International Biological Preparedness emergent biosolutions: The development and stockpiling of medical countermeasures ...... Page 73

Lachen Helfen The early days ...... Page 74

Imprint This magazine is published by the German Association for Defence Technology – Centre for Studies and Conferences (SGW mbH). Publisher: Lt. Colonel (ret.) Dipl.-Ing. (FH) Wolf Rauchalles · Editorial Board: Stephan Brüss, Wolf Rauchalles Address: Hochstandenring 50, D-53119 Bonn · Tel.: +49-228-41098-0 · Fax: +49-228-41098-19 · E-Mail: [email protected] Layout: Andreas Pohl · Satzstudio Pohl · Adenauerallee 27 · 53111 Bonn · www.pohl-satz.de Printer: f&m Satz und Druckerei GmbH & Co. KG · St. Augustin, [email protected] Further information about the conferences of the DWT and SGW are available at www.dwt-sgw.de The Magazine is free of charge © 2010 SGW

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 3 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

Ladies and Gentlemen, the mission of CBRN Defence is to cope with any potential evolving CBRN threat. This threat can put at risk military forces, govern- mental and non-governmental organizations as well as the civilian population throughout a specific theater of operation and beyond. Therefore homeland security could be affected as well. A comprehensive strategy that provides solutions to counter this threat by syn- chronizing political, economical and military efforts fosters the mutual development of the necessary civilian and military capabilities. CBRN Defence related science and technology play also an invaluable role as they provide the technical solutions required to increase the effectiveness of CBRN Defence capabilities.

The objective of this first „International Symposium on Development of CBRN Defence Capabilities“ is to contribute to capability de- velopment by presenting in a comprehensive manner operational aspects of military and civil defence against CBRN threats in a multi- national environment, various national approaches as well as the latest achievements in science and technology. This symposium provides a platform for mutual information and expert-level discussion of the international CBRN community. I hope it will result in a substantial amount of valuable take away for all the numerous participants.

Brigadier General Winfried Zimmer Director „Fü S IV“, Federal Ministry of Defence

page 4 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Distinguished Guests, it is my pleasure to welcome you here in Berlin on the occasion of the 1st International Symposium on Development of CBRN-Defence Capabilities. We are glad and proud to have CBRN-Experts from all over the world attending this Symposium. Delegations from more than 50 nations have come to the Berlin Congress Centre.

This not only underlines the importance of this topic as such, but it also clearly demonstrates the increased awareness of civil and mili- tary institutions regarding CBRN-Defence.

To be prepared for CBRN-Defence is a multinational challenge with high complexity, requiring a thorough understanding of potential risks and answers to ensure security and stability in all circumstances. On the civilian side, metropolitan areas and especially the capitals of our countries are in the cross line of international terror groups but would suffer as well from any more „traditional“-carried attacks. Our political leaderships, our population, critical infrastructures or individual prominent buildings, are other highly sensitive areas, not to forget the psychological effects of any threat, disaster or attack. As well from the military perspective, also bearing in mind any prolife- ration of such devices, defence capabilities against chemical, biological, radiological, nuclear and explosive weapons have become more and more important.

With this Symposium, we foster a platform for information and discussion on a broad range of related subjects in combination with an exhibition of latest technologies. I invite you to use the possibility to exchange views on current and future capability requirements, new conceptual responses and potential industrial solutions.

I am grateful to everyone for your interest and your participation, wherever you have come from. My special thanks for their support go to the Ministry of Defence, the Ministry of the Interior, the Federal Office of Civil Protection and Disaster Assistance, the Bundeswehr Joint Support Command and the German Army Association, last but not least to our speakers, sponsors and exhibitors. Have a successful meeting and a pleasant time in Berlin!

General (ret.) Rainer Schuwirth Chairman of the GE Association for Defence Technology

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Ladies and gentlemen,

I welcome you to the 1st International Symposium on CBRN-Defence Capabilities – A national Approach in a Multinational Environment on behalf of the German Association for Defence Technology – Centre for Studies and Conferences to this multinational event at Berlin. Your presence at this conference, and you have come from all over the world, shows that you share our concerns regarding the dangers we are confronted with. Be it asymmetric warfare, terrorist’s actions or environmental disasters.

Setting up this conference had the aim to focus more closely on the operational approach in developing and applying CBRN-Defence Capabilities than on the scientific approach. Since the line between both is very thin there are also contributions being more scientific but waiting for actual realization.

We have asked multinational organizations, national authorities, research institutes and industry for their contributions and are convin- ced to have set up a two days program that enables us to make just this small but important step forward in the joint effort against the looming threats.

Wolf Rauchalles Managing Director

The 2nd International Symposium on Developement of CBRN-Defence Capabilities is forseen for November 2012 at Berlin; keep informed on: www.cbrn-symposium.com

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 7 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

The Main Programme Speakers 2010 Rebecca Hersman Jacek Bylica Maurits Jochems

th Deputy Assistant Head of Centre for Tuesday, November 30 Secretary of Defense for Weapons of Mass Head of Senior Civil Countering WMD, DoD, Destruction (WMDC), Emergency Planning 07:00 Check In Counter opens USA NATO Committee, NATO MajGen Tjen Khoem Liem Dr. Margareta 08:15 Opening of the Exhibition Jukka Juusti Sudhof

Armaments Director Deputy Director General Deputy Head of Unit Crisis 08:45 Welcome Notes and Opening Ceremony of European Defence of DG Enterprise, Management, Federal Agency (EDA) European Commission Ministry of the Interior the Symposium General (ret.) Rainer Schuwirth, Chairman of Albrecht Broemme Dr.-Ing Hagen R. Dr. Stefano Gehringer Miorotti the German Association for Defence Technology President of GE Federal Agency for Technical Managing Director of CBRN General Manager Brigadier General Winfried Zimmer, Relief (THW) Kärcher Futuretech of Cristanini Director “Fü S IV”, Federal Ministry of Defence, BrigadierGeneral Peter Georgi Dr. Irmtraud Taufer Bonn Winfried Zimmer

Director Fü S IV, Board Member, Armaments Counsellor 09:00 Opening Key-Note German Ministry of Rheinmetall MAN German Representation Brigadier General Winfried Zimmer, Defence Military Vehicles to the European Union Director “Fü S IV”, Federal Ministry of Defence BrigadierGeneral Colonel Prof. Dr. Bruce Barnett Jean-Francois Lothar Zöller 09:30 Decisions of the NATO Summit in Lisbon and Parlanti Their Significance for WMD Non-Proliferation Session I CBRN Executive Head of Bundeswehr ThermoFischer Scientific and CBRN-Defence Committee, EMA Institute for Microbiology Ambassador Jacek Bylica, Head, WMD Non-Prolifaration Centre NATO Opening / Political Key Notes Key / Political Opening

10:00 Future-oriented Solutions for Effective CBRN st Defence for Armed Forces and Civil Defence Wednesday, December 01 Dr.-Ing. Hagen R. Gehringer, CEO, 07:30 Opening of the Exhibition

Kärcher Futuretech Session III 08:00 Opening Key-Note Civil CBRN Defence 10:30 The Importance of Strategy for Countering Dr. Margareta Sudhof, Weapons of Mass Destruction Deputy Head of Directorate-General Crisis Rebecca Hersman, Deputy Assistant Secretary Management, Ministry of the Interior (continuation) of Defense for Countering WMD, DoD, USA 08:30 CBRN-Operation: a Horrible or Controllable 11:00 Coffee Break / Exhibition / Press Conference Scenario for Operational Forces? Albrecht Broemme, President, Federal Agency 11:30 EDA`s Contribution to Bio Defence for Technical Relief (THW)

Major General Jukka Juusti, Armaments Director, 09:00 Coffee Break / Exhibition European Defence Agency 09:15 Panel Sessions 6 - 10 12:00 Modern Developments in NBC-Defence 11:00 Coffee Break / Exhibition Session II Systems Peter S.H. Georgi, Board Member, RMMV and 11:30 Medical Biodefense: Challenges and Technical Aspects Aspects Technical Dr. Bernhard Halstrup, Head of Competence Solutions Center NBC Defence Systems Colonel Prof. Dr. Lothar Zöller, Head of Bundeswehr Institute for Microbiology 12:30 Luncheon / Buffet 12:00 Modernizing CBRN-Defence Capabilities 14:00 PANEL SESSIONS 1 - 5 and 11 Colonel (GS) Dieter Jaksik, MoD, Bonn

15:45 Coffee Break / Exhibition 12:30 SX 34 System for the Decontamination of Sensitive Equipments 16:15 CBRN-Defence – Dr. Stefano Miorotti, CBRN Area General the European Civilian Approach Manager, Cristanini S.p.A. Military CBRN Defence Dr. Irmtraud Taufer, Armaments Counsellor, 13:00 Luncheon Session IV Permanent Representation of the Federal Repub- 14:45 Advances in Handheld, Field-Based lic of Germany to the European Union Chemical Identification 16:45 NATO’s Role and Means in Civil Defence Bruce Barnett, Thermo Fisher Scientific

against CBRN-Threats

Session III 15:15 CBRN Defence – The Austrian Approach Ambassador Maurits Jochems, Lt.Colonel Franz Gaugl, Civil CBRN Defence Civil NATO Crisis Emergency Planning Committee Chief CIMIC Section & NBC Expert, MOD

17:15 A National Response on CBRN Threats 15:45 Perspective & Objective Dr. Marc Cadisch, of the French CBRN Defence Director SPIEZ LABORATORY, DDPS and Brigadier General Jean-Francois Parlanti Vice President KomABC CBRN Executive Committee, EMA

17:45 Security Research in CBRN-Defence 16:15 Transformation: From Homeland Defence Tjen Khoem Liem, to Operational Capabilities DG Enterprise, European Commission Major Gal Gilboa, Head of Unconventional Weapon (WMD) Section, Home Front Command 18:15 Reception / Dinner Buffet / Music by the 16:45 Closing Remarks Ragtime-Quintet of the chamber orchestra of MajorGeneral (ret.) Wolfgang Döring Prussia German Association for Defence Technology 21:15 End of first day 17:00 End of Conference

page 8 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear NN The Panel Programme

Panel 1 Panel 4 Detection of Biological Threats 21st Century CBRN-Reconnaissance-Requirements

Chairman: LTC Hans-Jürgen Jacob, Joint Support Command, Cologne of Future Missions

Speakers: Automatic Immunomagnetic Separation and Detection of Chairman: Peter S.H. Georgi, Board Member RMMV and Viruses – Identifying Adenovirus via Sandwich ELISA and Dr. Bernhard Halstrup PCR Amplification of the Hexon Gene Head of Competence Center NBC Defence Systems

Dr. Alois Friedberger, EADS Innovation Works Speakers: CBRN System Integration Challenge – A Rapid Deployable Bio Lab – Microbiological High-Tech Benefits to the Mission Diagnostics for Operations Abroad Dr. Stulgies, Head of Unit Research, Rheinmetall LTC Dr. Roman Wölfel, Microbiological Institute of the German Armed Forces Mrs Heidi Laug, Senior Engineer and Major Rognerud both Norwegian Defence Logistics Organization (DLO) The BiGRUDI project: Development of mobile Diagnostic Platforms for rapid Detection of Biothreat Agents Colonel Wolfgang Klos Heinz Ellerbrok, Robert Koch Institut, Centre for Biological Commander NBC Defence School, German Armed Forces Safety, Berlin, Coordinator BiGRUDI project Colonel Christophe Baumberger An Integrated Approach to Detection and Identification of Chief Doctrine Operations and Deputy Commander NBC Aerosolized Biological Agents Competence Center, Swiss Army Ken Klein, Product Manager, Smiths Detection Rapid on-site-detection of Biowarfare Agents with Lateral Flow Assays (LFA) Dr. Sybille Pagel-Wieder, miprolab GmbH

Panel 2 Panel 5 Lab on the chip Protection Miniaturising of Equipment for Detection and Identification Strategies, Research and Solutions

Chairman: Dr. Christophe Pannetier, DGA CBRN Defence, Paris Chairman: Dr. Stephan J. Lee, Chief Scientist (ST), Office of the Director, U.S. Army Research Office Speakers: Automated DNA-Preparation System for Bacteria out of a Millilitre Liquid Sample Speakers: Comprehensive Air Treatment – a decisive requirement Rainer Gransee, Mainz Institute for Microtechnology for future Collective Protection Systems (COLPRO) Jehuda Fehlauer, Beth-El Industries Ltd. Electrical Bio-Chips –

A new Dimension in Biological Warfare Integration of the Individual CB Protection Thomas Elßner into the Clothing System of the Soldier Bruker Daltonik GmbH Hans-Jörg Wickert, Blücher GmbH Advances in Handheld, Field-Based C-Identification The Analytical Task Force – Servantech An Element of a Modern Civil Protection System Dr. Roman Trebbe, Head of the Analytical Task Force, Chip-Based Detection of Viruses Federal Office of Civil Protection and Disaster Assistance (BBK) Oberregierungsrätin Dr. Birgit Hülseweh, Bundeswehr Research Institute for Protective Technologies Availability of Medical Countermeasures and NBC Protection (WIS) Mark L. Johnson, Emergent BioSolutions Design and Assessment of CBRN Identification Systems Protecting People and Critical Infrastructure in a Multi- Roberta Collino, THALES Organizational Approach to Hazard Response Karin Potje-Kamloth, Mainz Institute for Microtechnology Panel 3 Panel 11 Decontamination Countering Large Scale Disasters The way ahead: Nano Technology/Enzymatic/Modern Technologies Chairman: Beate Coellen, Head of the Presidential Office and Head of Chairman: Dr. Alexander Grabowski, Project Group FIFA World Cup 2010, Federal Office of Civil Bundeswehr Research Institute for Protective Technologies Protection and Disaster Assistance (BBK) and NBC Protection (WIS) Speakers: The International Committee of the Red Cross: Speakers: Development of Enzyme Systems to Combat Chemical Towards an Operational Response to NRBC-Events and Biological Threat Agents Robin Coupland, Advisor, NRBC Operational Response Christopher Barnett, International Committee of the Red Cross, Genf Director Scientific Applications, Genencor High Level Chemical detection equipment for security at Patient and Casualty Decontamination System Mobile public events Tent Based Decontamination System for Walking and Nuno Miguel da Silva Ferreira Stretcher Patients Airsense Analytics GmbH Thilo Schuppler, OWR GmbH Olympic & Major Event Security:- The Evolving Response in Sporicidal Efficiency of Disinfectants on the Surfaces of Countering the CBRN Threat Personal Protective Equipment – a Model for the Validation Alphus Hinds Karin Lemmer, Robert-Koch-Institute Smiths Detection Decontamination Systems Bioagent detected, Now What? Dr. Stefano Miorotti, Dr. Andreas Hartmann, CBRN Area General Manager Cristanini S.p.A. Emergent BioSolutions CBRN DECONTAMINATION – Industry Considerations NATO Crisis Response Laura Cochrane, RSDecon LTC Andreas Kayser Skin Decontaminants for Emergency SHAPE CPP WMD Directorate, NATO Management and Military Operations Austrian Civil Protection System LTC Dr. Martin Weber, Pharmacist and Food Chemist Lt.Colonel Franz Gaugl Medical Service of the GE Armed Forces Chief CIMIC Section & NBC Expert, MOD Austria

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 9 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear NN The Panel Programme

Panel 6 Panel 9 Network Centric Warfare and CBRN Defence Detection of Radiological and Nuclear Threats Computer assisted CBRN Defence? Contributions by industry

Chairman: LTC Georg Gnan, Joint Support Command, Cologne Chairman: Colonel Klaus-Werner Schiff German NBC Defence and Self-Protection School Speakers: Integrated Network Solutions for CBRN Detection Richard D. Read and David Ence, Lockheed Martin Speakers: The GE central Support Unit for Nuclear Defence Elmar Lillpopp, Federal Criminal Police Office Design and assessment of the CBRN defense systems based on simulation Preventing Terrorists Acts by Early Detection of illicit RN- Stefane Morel, THALES Material on Site Dr. Wolfgang Rosenstock, Fraunhofer INT Consequence Management/Analysis – Modelling, Simulation and Software Biosensors for Standoff-Detection of Explosives and Norbert Kopp, CBRN-Threats: Options and Challenges TMS technisch-mathematische studiengesellschaft mbH Dr. Martin Wehner, Fraunhofer ILT NEXSENSE-C – A fast und robust solution for detection LLR-Detection, Mobile and Stationary and classification of hazardous chemicals and warefare Dr. Jürgen Böttcher, agents Sales & Marketing Manager Military Technics, Thermo Fisher Stuart Duncan, SELEX Systems Integration GmbH Operational prediction of hazardous atmospheric dispersion with HEARTS Marcus Herold, AGeoBw

Panel 7 Panel 10 Robotics in CBRN(E) Defence Stand-Off Detection

Chairman: Frank E. Schneider, Fraunhofer FKIE Chairman: Dr. Peer Rechenbach, State Department of Disaster Re- sponse Management and Civil Protection, Ministry of the Speakers: Robot Based Laser-Drilling Technologies in Conjunction Interior and Sport of Hamburg with Chemical Sensors Prof. Dr. Peter Kaul, Speakers: Expanding EGIS III Detection Capabilities through University Bonn-Rhein-Sieg Differential Ion Mobility Spectrometry Telemax – Effective Teleoperated Sensing and Sampling Joe Dorion, Dr. Andreas Ciossek, Thermo Fisher Scientific Telerob GmbH Stand-Off Detection of C-Agents – An Experimental CBRN(E) Recon Robot Parameters of Chemical Imaging and Application Frank E. Schneider, Wolf Münchmeyer, Fraunhofer FKIE CEO, Airsense Analytics Automation of Sample Drawing with Robot Based System Chemical Agent Detection and Identification for Investigation of CBRN- Disasters with a Hyperspectral Imaging Infrared Sensor Dr.-Ing. Olena Kuzmicheva, Philippe Lagueux, Telops Inc, Canada Friedrich-Wilhelm-Bessel-Institute Research Society Agenda 2020 for an European Certification System for CBRNE Sensor Systems and Devices – the Concept for a Roadmap Dr. Jörg Beckmann, Federal Institute for Materials Research and Testing (BAM) Panel 8 State-of-the-Art in Decontamination Forward-looking Decontamination Systems in Serial Production

Chairman: Prof. Dr.-Ing. Bernd Niemeyer, Chair of Process Engineering, Helmut-Schmidt-University Introduction: Dr.-Ing. Hagen R. Gehringer, Managing Director, Kärcher Futuretech Speakers: Current Aspects of CBRN Decontamination Hans-Joachim Töpfer, Product Manager NBC Protection Systems, Kärcher Futuretech Specific Technological Solutions for Decontamination of Sensitive Equipment Markus Kostron, Manager R&D Maintenance and NBC Protection Systems, Kärcher Futuretech CBRN Decontamination: The Philosophy of the German Armed Forces LTC Hans-Jürgen Bauer German NBC Defence and Self-Protection School Test and Evaluation of Modern BC-decontaminants: Meth- ods and Challenges Martien Broekhuijsen Managing Director Marble ChemBio Consulting Purification of CBRN Contaminated Water Dr.-Ing. Patrick Marcus Product Manager Water Purification, Kärcher Futurtech

page 10 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Floor Plan, Level B

Level B Indoor and Outdoor Exhibition, Panel Sessions, Luncheon, Dinner Booth m² Company Booth m² Company A1 30 Bundeswehr B12 30 Kärcher 1 Kasten entspricht 1 m² Gebuchte / Reservierte Standfläche A2 35 WIS B13 30 Cristanini Im Raum befindliche Säulen A3 27 Analytical TF B14 16 THW Freie Standfläche A4 65 OWR B15 12 Genencor Grauraster: Bauhöhe auf 2,40 Meter beschränkt A5 220 Bundeswehr B16 16 NBC-SYS A6 200 THW B17 16 French CBRN A7 50 Rheinmetall B18 12 Environics A4 B19 6 BFI Optilas 65 m² B1 30 DWT / SGW B20 14 RS Decon A6 B2 9 Fraunhofer INT B21 16 Selex 200 m² B3 20 OWR B22 16 French NBC B4 20 Bw Microbiology B23 14 Blücher B5 20 Bruker Detect. B24 18 Telerob B6 30 Thermo Fisher B24a 6 Airsense A7 B7 16 Emergent Bio B25 12 Beth-El Ind. 50 m² B8 30 Rheinmetall B26 12 Smiths Detect. B9 4,5 Pall B38 4,5 Inficon A3 B10 4,5 Krauss Maffei S1 2 CBRNE World 27 m² B11 4,5 AB Precision S3 2 Saphymo

A1 A2 30 m² 35 m² A5 220 m²

Panel Sessions Press Conference

B2 B3 B4 B7 9 m² B5 B6 20 m² 20 m² 20 m² 30 m² 16 m²

Co B38 ffe e 4,5 m² / D ri nk s B1 s B12 B13 k B8 30 m² n 30 m² 30 m² Lunch / Buffet ri 30 m² D / e e ff o C B17 B19 B15 B16 B18 12 m² 16 m² 16 m² 6 m² 12 m² B9 4,5 m² Lunch / Buffet B24 B24a B14 B20 B21 B22 B23 18 m² 6 m² Back- 16 m² B10 office 14 m² 16 m² 16 m² 14 m² 4,5 m² Security Check B25 B26 B11 12 m² 12 m² 6 m² Lunch / Buffet

S1

S2 S3 Coffee / Buffet Panel Sessions

S4

Press Room Bilateral Meetings

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Floor Plan, Level C

Level C Indoor Exhibition, Plenum, Panel Session

1 Kasten entspricht 1 m² Booth m² Company C2 6 Carl Cranz Gesellschaft Im Raum befindliche Säulen C3 12 DeviceLock Europe, Kainoa, CBMSS Grauraster: Bauhöhe auf 2,40 Meter beschränkt C4 12 3M C5 12 ICx Technologies C6 6 Meridian Medical Technologies C7 6 Rex Gummitechnik C8 6 Mönch Publishing Group C9 6 Mittler & Sohn Publishing C10 6 Lachen Helfen e.V. C11 6 Argon Electronics C12 8 Strategie und Technik C13 12 AirBoss Defence C14 15 Bw ABC-Abwehr und-Warndienst C15 6 Miprolab

C5 C6 C7 C8 C9 C10 C11 C12 C13 12m² 6m² 6m² 6m² 6m² 6m² 6m² 8m² 12m²

C G A IN T R E E T R C14 C4 A IN C G 12m² 15m²

C3 12m²

C2 C15 6m² 6m²

CATERING CATERING Plenum

VIP-Room Bilateral Meetings

page 12 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

The Exhibitors

3M – The Spirit of Innovation Always at your Service Films provide fragment retention by Constantly we develop new and innova- Reliability, usability, operating comfort holding glass together during smash, tive products that guarantee safety and and cost-effectiveness – these are requi- combat or acts of terrorism. 3M Sun security. Practical and resourceful soluti- rements that material components of Control Films reduce energy and protect ons contribute to the success of our cus- army and police need to fulfil to a great your interior from destructive ultraviolet tomers. We spend about 6% of our extent. Our portfolio of hearing pro- rays that cause fading. Both can be ap- revenue on research and development. tection and communication solutions as plied to buildings as well as cars. At 3M Germany about 5000 employees well as respiratory and eye protection is use their know-how and about 40 tech- specially designed for the tough cir- What can we do for you? nology-platforms to help making your cumstances in the field. Our PeltorTM 3M Germany – Government Markets – life more convenient. communication solutions provide the Behörden und Bundeswehr soldier with an ideal hearing protection Carl-Schurz-Strasse 1, D-41453 Neuss Strong Brands and at the same time enable frictionless Tel.: +49 - (0) 21 31 - 14 24 41, Strong brands reflect the inventiveness communication and acoustic perception Fax: +49 - (0) 21 31 – 14 12 24 41 and quality of our achievements: Scotch®, of ambient noise. E-mail: [email protected], Post-it®, Scotchgard™, Thinsulate™, Furthermore we produce a variety of www.3M-Behoerden.de Scotch-Brite™, Filtrete™, Command™ special films for window safety and gra- und Vikuiti™ are trademarks of 3M. phical solutions. 3M Safety and Security

Combined Ventilation, NBC- and Air Conditioning Systems for Vehicles, Tents, Containers Bomb- and Mobile Shelters

Beth-El is a er ffoor com bined venti rationion stems as ed air nditioditi NBC ration ffoor en ne air er sub stems utiliztilized ound in service with more than 60 armies.

NAATTO-Supplier-No. Mobile Isolation Systems SH785

Certified Quality Assurance Program according to AQAP-2110

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 13 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

AB Precision bookmarked for possible expansion of Chemical Detector and Identifier Simu- AB Precision (Poole) Ltd is an establis- our defense operations. lators. hed UK engineering company providing AirBoss-Defense uses cutting edge tech- • ACADASIM™ product solutions to military, police and nologies to provide the best possible, • GID-3-SIM™ government agencies worldwide. operationally effective, solutions for • GID-M-SIM™ Specialist Products include: footwear, hand wear and respiratory • HAPSIM-P™ • Robotic Vehicles Cyclops & Guardian protection. Dedicated to innovation, – platforms for video and audio sur- AirBoss-Defense has demonstrated its Radiological Detection Simulation. veillance & payloads such as sensors, ability to grow annually, making it a The Argon RADSIM™ range includes si- disruptors & tools. world leader providing armed forces and mulators for radiation dosimeters, con- • Defusing Devices – including rotary first responders „The Ultimate Pro- tamination, survey & radiac meters, and defuser and de-armers with various tection“. spectrometers. projectiles. www.airbossdefense.com PlumeSIM™ Wide Area Simulation for • Abrasive Water Cutting System Instrumented CBR Training. (AWCS) – For cutting various shapes AIRSENSE Analytics The PlumeSIM system comprises hard- into different surfaces and materials. AIRSENSE Analytics was founded on ware and software components that per- • Specialist Tools – Non-Magnetic Tool April 15 1996 by Dipl.-Ing. Wolf mit the creation and broadcast of virtual Kits, Mine Prodders and Crimp Tools. Münchmeyer and Dr.-Ing. Andreas chemical and radiological releases to • Disruptors – A whole range of diffe- Walte. This innovative company has its activate Argon simulation instruments rent types including lightweight tita- registered place of business in Schwerin deployed with personnel for external nium and one shot disposable. – the capital of Mecklenburg Vorpom- field exercise and table top classroom AB Precision (Poole) Ltd mern region. wide area training. PlumeSIM also re- 1 Fleets Lane, Poole, Dorset Airsense centers its activity on the deve- cords trainee movement and instrument BH15 3BZ, United Kingdom lopment and manufacturing of high use Mrrors for After Action Review. Tel.: +44 (0)1202 665000 qualified instrumentation for the fields NASCAP™ Networked Remote Repor- Fax: +44 (0)1202 441666 of processing, environmental techni- ting and Alarm Activation Management Mail: [email protected] ques, as well as for analytical services for for CBRN Detectors. www.abp-eod.com the air analytics. A man portable, ready-to-go, rapid de- Airsense has been succeeding in placing ployment system enabling the augmen- Airboss Defense its especial products in the international ted use of stand-alone point detectors. AirBoss-Defense is world renowned for market. Today Airsense is one of the Multiple radio outstations/repeater units the manufacture and supply of CBRN worldwide recognized manufacturers of communicate with a single, flexible ar- (Chemical, Biological, Radiological, sensor array technologies and its associa- chitecture base station, for safe and effi- Nuclear) Personal Protective Equipment ted services. cient monitoring of detector status and (PPE). AirBoss-Defense also manufactu- Mobile & Robust Measuring Techni- enhanced threat reporting. res Fire Fighting and Extreme Cold We- ques able to deliver reliable results in the For further information on Argon simu- ather (ECW) footwear, multi-purpose shortest time , this is our know-how! lation systems or to request a FREE safety boots and a wide range of indus- www.airsense.com copy of Argon Electronics’ CBRN Trai- trial extruded and moulded rubber engi- ning Equipment Guide, please visit neered products for the defense market. Argon Electronics stand #C.11 or contact us at: As a division of AirBoss of America Corp, Argon Electronics is the international www.argonelectronics.com AirBoss-Defense has access to all manu- market leader in the design and manu- facturing, developmental and testing ca- facture of simulation systems for safe Bertin Technologies pabilities of this group of businesses. and cost effective training in the use of Bertin Technologies, subsidiary of With its office in Acton Vale, Quebec, chemical and radiological detectors. French CNIM Group, is one of the lea- Canada; AirBoss-Defense has access to a Visit us on stand #C.11 to learn more ding experts in the field of advanced broad range of manufacturing facilities about enhancing your CBRN response technology, for services (expertise, study, located across North America. The Que- capability. consulting), designing and manufactu- bec facility is specialised in hand assem- Hand-Held Chemical Agent Monitor ring of innovative products. bly of rubber footwear. The Ontario and Personal Alarm Simulators. Its multi-sectorial experience, multidis- plant is the single largest mixing facility • AP2C-SIM™ ciplinary expertise, organisation for pro- in North America and has high tech in- • AP4C-SIM™ jects and ongoing self financed jection moulding equipment. The most • CAMSIM™ technological investment policy, enable recently opened manufacturing location • ChemPro100-SIM™ Bertin Group to guarantee its customers is in North Carolina and is one of the • LCD-SIM™/JCAD-SIM™ (public sector, large industrial as well as most advanced mixing facilities in the • RAID-M-SIM™ small and medium companies) innova- world. This North Carolina facility is • S4PE-SIM tive and competitive solutions. Bertin page 14 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Group is a partner for large armament die casting, precision machining, filtra- and provider of innovative life science programs in France and abroad, for in- tion and separation technologies, elect- tools based on mass spectrometry. We stance, in the field of CBNRE (detec - ronics, programming, assembly, and design, manufacture and market a broad tion and identification of biological and testing. B.E. Industries’ NBC / CBRN array of products intended to meet the chemical agents), as well as optronic sur- (Nuclear, Biological, and Chemical) fil- rapidly growing needs of a diverse custo- veillance and training simulation. tration/protection systems, and the pro- mer base, including pharmaceutical, Bertin Technologies designs and markets duction of other products, for use in biotechnology, proteomics and molecu- equipment used for detection and iden- hospitals, schools, government buil- lar diagnostics companies, academic in- tification of chemical and biological dings, military applications, emergency stitutions and government agencies. threats. vehicles, and shelters, are but a few of Bruker Daltonics has diverse technology For more than 15 years, Bertin has been Beth-El Industries’ range of operations. platforms that integrate MALDI-TOF, working alongside CBRN experts, in www.beind.com MALDI-TOF/TOF, (Q-q-) FTMS, order to provide state of the art soluti- ESI-Ion Trap, ESI-TOF, ESI-Q-q-TOF ons for operational duty on CBRN de- BFI Optilas and UHR-TOF mass spectrometry sys- tection. Moreover, Bertin Technologies Employing over 320 staff in 14 coun- tems with automated sample processing is a member of the French CBRN con- tries, we offer a unique capability for systems and productivity-enhancing sortium. our franchised partners to access the wi- software for life science applications. www.bertin.fr dest possible European customer base We are also a worldwide leader in sup- for their products and services. plying systems for substance detection Beth El Industries More than 250 of our technically trai- and pathogen detection in security, de- Kibbutz Beth-El (Kibbutz Bethel or in ned and product focused staff are di- fense and anti-terrorism. Field-hardened Hebrew – Kibbutz Beit-El) was founded rectly involved in the promotion and systems make use of advanced mass and by a group of Germans and other Euro- selling of our franchised partners´ pro- ion mobility spectrometry as well as peans in the 1960’s in Israel from a de- ducts. Fourier Transform infrared spectroscopy sire to live a simple communal lifestyle www.bfioptilas.com technologies. of equality, leaning on principles of mo- Headquartered in the US, with major desty and harmony, and living according Blücher facilities in Germany (Bremen and Leip- to the Bible. The kibbutz structure ope- BLÜCHER is the world market leader zig) and the US (Billerica, MA), as well rates under Israeli law pertaining to kib- in the development and production of as worldwide sales & service centers, the butzim of which there are over 250 adsorptive compound fabrics for Indivi- Bruker Daltonics corporation currently operating in Israel today. Kibbutz Beth- dual Protection from chemical and bio- employs about 700 people. El, in 1977, established the company logical warfare agents. www.bdal.com Beth-El Zikhron Yaaqov Industries Ltd., BLÜCHER’s revolutionary develop- to help meet the security needs of both ments in this critical field have also Bundeswehr European and Israeli populations and spurred similar developments by the Institute for Microbiology after the 1990 Gulf War, the company Company in the fields of Collective Als wissenschaftliches Kompetenzzen- grew exponentially, eventually creating a Protection, and other high-performance trum der Bundeswehr berät das Institut variety of daughter companies and pro- filtration and adsorption applications. die Führung in allen Fragen des Medizi- ductlines. BLÜCHER is first and foremost a tech- nischen B-Schutzes (= Schutz vor Beth-el Industries (B E Industries or nology company, devoted to developing Krank heitsverursachern durch biologi- BEInd.) corporate headquarters are loca- and producing practical solutions to se- sche Kampfstoffe) und gewährleistet ted in a beautiful valley opposite a local rious threats. damit die unmittelbare Urteils- und winery in Zikhron Yaaqov and Beth-El More than 42 different countries’ armed Handlungsfähigkeit auf diesem Gebiet. Industries has also developed a variety of forces, law enforcement and emergency Das Institut führt neben der Medizini- affiliate companies that manufacture a response organizations, and multinational schen B-Schutz- Ausbildung Studien wide range of products in locations inspection teams rely on BLÜCHER’s und angewandte Forschung zur Epide- throughout Israel. Beth-El Industries unique protective technology – SARA- miologie, Pathogenese, Erkennung, Vor- has approximately 25,000 square meters TOGA®. BLÜCHER’s Collective Pro- beugung und Behandlung von durch of facilities and over 500 highly valued tection solutions are used to protect B-Kampfstoffe und vergleichbare Bio- employees, both residing within the kib- some of the most well-known public stoffe verursachten (B-) Gesundheitsstö- butz and from local populations from buildings in the world. rungen durch. Dazu werden Ex per ten- the surrounding communities. Beth-El www.bluecher.com labore für die Spezialdiagnostik poten- Industries has a broad base of operations zieller B-Gesundheitsstörungen (z.B. and performs every stage of design and Bruker Tularämie, Pest, Orthopocken, An- production in-house that include: de- Bruker Daltonics, an operating com- thrax), für die einsatzorientierte Aufklä- sign, engineering, development, metal pany of Bruker Corporation (NAS- rung ungewöhnlicher Krankheits- und processing, plastic injection, aluminum DAQ: BRKR), is a leading developer Todesfälle sowie zur medizinischen Veri-

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fizierung mutmaßlicher B-Kampfstof- CBMSS GmbH – and offers a complete range of equip- feinsätze bereit gehalten. Das Institut The company CB Marketing & Sales ment of civilian, industrial, military and kooperiert mit wissenschaftlichen Part- Services was founded in Burscheid, civil protection use. nern im In- und Ausland und wirkt in NRW, Germany on July 1, 2005 and CRISTANINI’s unparalleled experience nationalen und internationalen Fachgre- became a GmbH on January 2007. and know-how is the result of years de- mien mit. The core business of the CB Marketing dicated to research, applied engineering, Aufgaben- und Forschungsfelder: & Sales Services GmbH is business de- equipment and accessories production • Bakteriologie und Toxikologie velopment and support of sales activities in order to propose innovative solutions • Virologie und Rickettsiologie for small and medium enterprises in the CBRN decontamination field. • Infektionsepidemiologie und –immu- (SMEs). CRISTANINI S.p.A. close customer re- nologie A particular strength is the business lations and wide range of experience • B-Risikoanalyse und Begutachtung especially in the range of national and have allowed the development of an ex- • Medizinische B-Spezialdiagnostik international defense. This includes also tensive line of products designed to sa- • Medizinische B-Aufklärung und -Ve- support for NATO business, professio- tisfy a myriad of customer needs and rifikation nal project management and consulting often to settle up important problems www.sanitaetsdienst-bundeswehr.de for exhibitions and fairs. before unsolved. On the 1st CBRN Symposium we pre- The R&D program is conducted in co- Carl Cranz Gesellschaft sent products of our business partners operation with the most famous Univer- Knowledge is the decisive resource of a DeviceLock and Ironkey/Kainoa. sity Institutes, including the successful industrial nation particularly Department of Chemical Engineering if, like Germany, it is not specially bles- CB MARKETING & Processes of the University of Padova, sed with conventional natural resources. SALES SERVICES GMBH Italy and Military Labs around the But this resource, once as permanent as Dabringhausener Str. 18 world. The state-of-the-art R&D is vali- gold or diamonds, is becoming increa- 51399 Burscheid dated by 25 patents This is the result of singly a perishable material. We are wit- Fon 0 2174 499743 a creative work and an integrated ap- nessing today an enormous flood of Fax 02174 499739 proach, searching for new solutions to information which is depreciating the Mobil 0171 1794505 highly complex scientific, technological value of existing knowledge at an ever www.cbmss.de and engineering problems. Official im- faster pace. This development is most porters and representatives authorized in obvious in the engineering sciences. CBRNe World Magazine 73 different countries all over the world. Transformation into a scientific society CBRNe World CBRNe MAGAZINE www.cristanini.it is only possible by transformation into a published quarterly by Falcon Commu- learning society. The most valuable con- nications Ltd serves the information Device Lock tribution which schools can make is to needs of professionals around the world DeviceLock, Inc. (formerly SmartLine prepare pupils for life-long learning. In- charged with planning for or responding Inc) was established in 1996 to provide stitutions of higher education cannot to a chemical, biological, radiological, effective and economical network ma- avoid concentrating on imparting fun- nuclear or explosives (CBRNe) threat or nagement solutions to small, medium damental knowledge and skills in the in- incident. and large-scale business. dividual disciplines and at the same time Spanning the divide of operational and Early on, we made it our mission to de- laying the foundation for interdiscipli- scientific, it brings together opinion for- sign software that is robust and reliable nary cooperation. mers from the world of civil response, when it comes to enforcing network po- Post-academic training as the constant military leaders, academia, government licy, while being easy and intuitive for imparting of specialised up-to-date agencies, research labs and industry. system administrators to use. Further- knowledge will be of decisive impor- Combining the already merging fields of more, we made it our job to deliver so- tance in the future. Institutions will thus CBRN and explosives together in one lutions that are well-integrated and be required to structure and didactically magazine, editorial content is a combi- cost-effective. process volumes of unordered informa- nation of qualitative and researched Based on this formula, we’ve introduced tion. Carl-Cranz-Gesellschaft is just news, interviews, articles, surveys and and developed category-leading pro- such an institution providing post-aca- regular columns. ducts like DeviceLock® for enforcing se- demic training. It has been imparting www.cbrneworld.com curity policy related to personal devices. practical up-to-date practical knowledge DeviceLock, Inc. is a worldwide leader for four decades to specialists and execu- Cristanini in endpoint device control security. Our tives from the fields of engineering sci- CRISTANINI S.p.A. Company was DeviceLock® product is currently instal- ences in compact courses at university established in 1972 and has a very long led on more than 4 million computers level. experience worldwide in the field of in more than 58 000 organizations www.ccg-ev.de high pressure water technologies – with around the world. a very strong presence around the world Currently, DeviceLock, Inc. solutions page 16 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear target Windows systems and users. Our Environics Oy / Innovative the-art measurement infrastructure, the award-winning products are effective on Solutions for Security Institute also carries out theoretical large networks as well as individual Environics Oy provides complete work and experiments on electromagne- workstations. CBRN security solutions, from early tic and nuclear effects. DeviceLock’s many customers include warning to consequence management. www.int.fraunhofer.de the major technology system integration The company’s detectors and systems are consulting firms, some of the largest US being used to monitor the safety and se- French CBRN Consortium and international banks, telecommuni- curity of people, the environment and For over twenty years, the French NBC cations conglomerates, and many go- property by both civil and military Defence Consortium has gathered to- vernment networks and educational agencies worldwide. Environics also pro- gether the main French companies in institutions. vides CBRN cleaning and decontamina- the NRBCE field in order to offer their DeviceLock, Inc. is a member of the tion products for crisis and consequence French and foreign customers the best Microsoft Independent Software Vendor management, and solutions for both solutions in terms of defence. Program (MSDN ISV), the Intel® Soft- fixed and mobile CBRN Laboratory sys- The evolution of the threat (military at- ware Partner Program, the Fujitsu Sie- tems. From a single portable chemical tack, terrorism or Industrial accident), mens Computers Global Alliance, the detector to a complete nationwide the evolution of the nature of the ag- Sun Developer Connection Program CBRN monitoring system, Environics gression (nuclear, radiological, biological (SDC), and the Citrix Developer Net- provides a flexible and effective solution or chemical) and the respect of the envi- work. for enhancing preparedness and the abi- ronment are the group’s constant preoc- DeviceLock’s membership in the San- lity to respond to CBRN threats. cupation, which harnesses new expertise Disk® Enterprise Solutions Technology Environics is an experienced and solid over time to offer tailored solutions. Alliance ensures our DeviceLock pro- company with more than 20 years of ex- Thus, today, the French Consortium is ducts’ full compatibility with SanDisk’s perience The development of technology in position to respond to the French Cruzer® Enterprise USB drive. for detection instruments dates back to strategy of continuity between external www.devicelock.com the early 1980s when R&D began defence and internal security, as well as within the Finnish Defence forces. environmental constraints, by providing Emergent BioSolutions Environics works globally and has products and services whose applicati- Emergent BioSolutions Inc. is a profi- branch offices in China and the Middle ons are increasingly two fold. table, multinational biopharmaceutical East. To strengthen its markets in North Our customers are the Armed Forces, company dedicated to one simple mis- and South America, Environics USA fire brigades, security services, police sion – to protect life. The company fo- was founded in 2001. In total, the com- forces, industrialists, as well as doctors, cuses on the development, manufacture pany has manufactured and delivered hospital staff, emergency services per- and commercialization of biologic pro- over 12,000 CWA detectors and hun- sonnel and urban communities. ducts, consisting of vaccines and thera- dreds of integrated CBRN monitoring Members are: BERTIN TECHNOLO- peutics that assist the body’s immune systems to over 40 countries. GIES, CASSIDIAN, CEA (Commissa- system to prevent or treat disease. Emer- Environics solutions for CBRN security riat à l’Energie Atomique), ECA, gent’s marketed product, BioThrax® are designed to have a long operational LABORATOIRES SERB, LOSBER- (Anthrax Vaccine Adsorbed), is the only life with minimal maintenance, thus GER RDS, MIRION TECHNOLO- vaccine licensed by the U.S. Food and making the cost of ownership extremely GIES (MGPI) SA, NBC-SYS, PAUL Drug Administration for the prevention low and greatly simplifying the logistics BOYÉ TECHNOLOGIES, PCA (Phar- of anthrax (www.biothrax.com). Bio- needed to keep the detectors fully opera- macie Centrale des Armées), PICA Thrax is not authorized for use outside tional at all times. Groupe Veolia, PROENGIN, SARP of the United States and India. In addi- www.environics.fi INDUSTRIES Groupe Veolia, SO- tion to BioThrax, the company has mul- DERN Groupe EADS, SPERIAN tiple clinical and preclinical product Fraunhofer FKIE PROTECTION DÉFENSE, THALES candidates in development that are de- The Fraunhofer Institute for Technolo- Defense & Security, TRAMICO, UTI- signed as medical countermeasures for gical Trend Analysis INT creates, and LIS. use against biological agents that are po- continually updates, a comprehensive tential weapons of bioterrorism and bio- overview of the general research and Main products are: warfare. To view the company’s product technology landscape and of the entire • Detection, alarm, identification and portfolio please visit www.emergentbio- spectrum of technological development, control solutions.com. The company currently national and international. Our clients • Individual protection employs approximately 650 people with are bodies from state and industry. We • Collective protection offices in the United States, the United consolidate the general overview with • Decontamination Kingdom, Germany and Singapore. our own specialized analyses and fore- • Medical treatment www.emergentbiosolutions.com casts in selected technologies. With the • Wastes and effluents treatment support of our highly-versatile, state-of-

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Genencor ICx Technologies Ironkey Genencor®, a division of Danisco A/S, is ICx Technologies is a leader in the deve- IronKey, Inc., founded in 2005, is the a world leading enzyme supplier and a lopment and integration of advanced global leader in providing secure mana- pioneer in enzyme innovation and meta- sensor technologies for homeland secu- ged portable storage, authentication, bolic pathway engineering. rity, force protection and commercial and trusted virtual computing. Its best- Genencor improves processes and pro- applications. Our proprietary sensors of-breed product portfolio meets the duct performance, and creates new pro- detect and identify chemical, biological, highest security, performance, and pri- ducts for a spectrum of industries. The radiological, nuclear and explosive thre- vacy standards of the most demanding sectors we serve range from biofuels and ats, and deliver superior awareness and Fortune 500, enterprise, government, laundry detergents to animal nutrition actionable intelligence for wide-area sur- and military customers. and food. veillance, intrusion detection and faci- As part of a complete security solution, Genencor was founded in 1982, and lity security. We then leverage our IronKey managed multifunction secu- today is part of the Danisco A/S global unparalleled technical expertise and go- rity devices meet the unique needs of group, with a sales and distribution net- vernment funding to address other mobile workers worldwide. Its award- work that spans more than 40 countries. emerging challenges of our time ranging winning solutions range from IronKey Worldwide, the division employs about from a cleaner environment, alternative Basic, the world’s most secure USB flash 1500 people, a dedicated team of world- energy to life science. drive, to IronKey Enterprise Virtual class experts driving Genencor to be- www.icxt.com Desktop, a complete solution for carry- come the growth engine in industrial ing a secure computer operating system biotech. INFICON in your pocket. Powered by IronKey En- In collaboration with customers, tech- INFICON is a leading provider of inno- terprise Management software, IronKey nology leaders, governments, and other vative instrumentation, critical sensor network-aware devices can be managed stakeholders, Genencor develops and technologies, and advanced process con- remotely by an organization’s IT staff. manufactures competitive, biobased trol software that enhance the producti- Over 1,000 customers in 75 countries solutions. Our innovations create value vity and quality of sophisticated vacuum trust IronKey solutions to protect their throughout the supply chain, from raw processes in highly specialized markets. invaluable data and networks. Through material to finished product, while im- These analysis, measurement and con- its innovative, extensible Trusted Virtual proving industries’ sustainability profi- trol products are essential for gas leak Computing platform, enterprises and les. detection in air conditioning/refrigera- government agencies can now realize the Genencor was founded in 1982, and tion/automotive manufacturing. They cost-effective benefits of virtualization today is part of the large Danisco A/S are vital to original equipment manu- without compromising security. global group, with a manufacturing, facturers (OEMs) and end-users in the IronKey devices are designed and assem- sales, and distribution network that complex fabrication of semiconductors bled in the United States according to spans more than 40 countries. The divi- and thin film coatings for flat panel dis- rigorous security and quality standards. sion’s dedicated workforce of world-class plays, solar cells, magnetic and optical All IronKey products are FIPS 140-2 experts drive Genencor to become the storage media, scientific and consumer Level 3 validated and meet the stringent growth engine in industrial biotechno- optics, and architectural glass coatings. security requirements of the U.S. Fede- logy Other industrial users of our vacuum ral Government Cryptographic Module Genencor’s Research & Development technology include the life sciences, re- Validation Program. focuses on gene discovery and functio- search, aerospace, food packaging, heat IronKey is a privately-held company nal genomics, molecular evolution and treating, sterilization, and laser cutting. headquartered in Los Altos, California. design, metabolic pathway engineering, We also leverage our expertise in va- www.ironkey.com and biomaterial production. The divisi- cuum technology to provide unique, on’s core competencies include manu- toxic chemical analysis products for Kainoa facturing and delivering enzymes on a emergency response, security, and envi- In 2008, KAINOA Deutschland GmbH large-scale and applying an innovative ronmental monitoring. was established in southern Germany as toolbox to optimize customer applicati- INFICON has world-class manufactu- a daughter company of the Swiss KAI- ons. ring facilities in the United States and NOA Enterprises GmbH to expedite Genencor continues to launch many Europe and subsidiaries in China, delivery time and enhance customer breakthrough innovations, from new France, Germany, Japan, Korea, Liech- support to reseller channels in Germany polymer platforms to biochemicals and tenstein, Singapore, Switzerland, Tai- and Austria. advanced biofuels solutions. wan, the United Kingdom and the The company is a value driven organisa- United States. tion committed to providing efficient For more information visit www.inficon.com and cost effective product distribution www.genencor.com with professional service and technical support. We are passionate about the unparalleled security offered in the Iron- page 18 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Key products and their ability to meet Krauss-Maffei Wegmann der Bergischen Kaserne in Düsseldorf corporate, government and military re- Krauss-Maffei Wegmann GmbH & Co. aus gelenkt. Das Spendenaufkommen quirements. KG leads the European market for ar- fließt zu ca. 87% in die Projekte ein. www.kainoa.de moured wheeled and tracked vehicles. Im Frühjahr 2009 wurde die Polizei in- At locations in Germany, Greece, the tegriert, eine sinnvolle Kooperation auf- Kärcher Futuretech Netherlands and the USA, some 3400 grund der Tatsache, dass sie mit der Kärcher Futuretech GmbH in Winnen- employees manufacture and support a Bundeswehr häufig im selben Einsatz- den near Stuttgart was spun off in 2005 product portfolio ranging from air- raum Dienst leistet. Der Bundes minister and became an independent subsidiary transportable, heavily armoured wheeled der Verteidigung, der Generalinspek- of Alfred Kärcher GmbH &Co. KG. vehicles (MUNGO, DINGO, GFF4 teur, der Wehrbeauftragte u.v.a. unter- As a worldwide well-known specialist and BOXER*) through reconnaissance, stützen „Lachen Helfen e.V.“ bereits for protection and supply systems, it is anti-aircraft and artillery systems (FEN- aktiv. Ein Großteil des Sponsorings be- currently active in the business areas of NEK, GEPARD, LeFLaSys*, Self-Pro- streiten Wirtschaft und Industrie. material maintenance systems, NBC pelled Howitzer 2000, AGM and www.lachen-helfen.de protection systems, NBC protective DONAR*) to heavy battle tanks (LEO- clothing, field camp systems, water puri- PARD 1 and 2), armoured personnel Meridian Medical Technologies fication systems, and mobile catering carriers (PUMA*) and bridge-laying sys- As the world leader in the development systems. tems (LEGUAN). In addition, KMW and manufacture of auto-injector drug The systems are intended for supporting has wide-ranging system competence in delivery systemsfor the emergency treat- and safeguarding the life of personnel the area of civil and military simulation, ment of individuals, Meridian has ser- and people involved in disaster situati- as well as in command and information ved as a critical supplier to more than ons, accidents, development aid measu- systems and remote-controlled gun-car- 30countries and the US Department of res, operations of the police and military riages with reconnaissance and observa- Defence. Today we are building on ne- forces, in order to ensure their fitness for tion equipment for day and night arly 50 years ofexperience to produce rescue actions, their stamina and their missions. The armed forces of more than the highest quality auto-injector pro- survival. 30 nations worldwide rely on the opera- ducts that deliver antidotes for chemical With its highly mobile customised state- tional systems by KMW. * Joint venture nerve agents. of-the-art solutions, Kärcher Futuretech with national and international partners www.meridianmeds.com rates itself among the highest performers www.kmweg.de in the world in the area of peace- miprolab keeping and relief after disasters. Inno- Lachen Helfen e.V. The biotech company miprolab was vative state-of-the-art systems and a Initiative deutscher Soldaten und Poli- founded in 2005, and is located in Göt- complete product range make Kärcher zisten für Kinder in Kriegs- und Krisen- tingen (Germany). Our company offers Futuretech the world market leader in gebieten a broad range of services in the develop- „Professional systems for peacekeepers“. „Lachen Helfen e.V.“ wurde 1996 durch ment and manufacturing of immuno- Prompt and effective decontamination Soldaten im Einsatz in Kroatien gegrün- chemical assays (e.g. lateral flow assays) of persons, tanks and other vehicles, air det und ist seit 1998 ein eingetragener, starting from the production and se- and watercraft, personal weapons, cloth - anerkannt gemeinnütziger Verein mit lection of suitable immunoreagents (e.g. ing and equipment as well as sensitive dem hauptsächlichen Ziel, Kinder in antibodies, buffers, conjugates) to the material ensure the ability of the concer- ehemaligen Kriegs- und Krisengebieten assay validation. Over the years, me- ned troop, civilian population, police, zu unterstützen. Dies geschieht u.a. thods for the purification of a variety of frontier guard, etc. to survive. According durch den Wiederaufbau von Kinder- bacterial toxins and the production of to the specific needs, Kärcher Future- gärten, Schulen und Gesundheitszen- antibodies have been developed. These tech offers customer-designed solutions tren. Der Bedarf wird in den Ein satz- toxins, specific antibodies and anti-sera on trailer or in container. ländern (EUFOR, KFOR und ISAF) are supplied according to customer’s re- The TEP 90, a highly mobile containeri- durch Soldaten vor Ort erkundet, die quirements. The diagnostic section of sed compact decontamination system, Ausführung begleitet und überwacht miprolab offers the detection, isolation represents the state-of-the-art in this und damit verhindert, dass Geld- oder and identification of toxins and micro- specific area with its most modern de- Sachspenden in die falschen Hände ge- bes from a variety of matrices. contamination technologies and agents. raten. Größere Projekte werden vorab In a joint project with the Bundeswehr The vehicle is equipped with a hydraulic mit dem Einsatzführungskommando in Research Institute for Protective Tech- crane to make the system ready for ope- Potsdam abgestimmt. nologies and NBC Protection (WIS, ration in short time without using exter- Im Verein sind Mitglieder, sowie ehema- Germany) and the Federal Office of nal lifting equipment. lige und aktive Soldaten und Polizisten Civil Protection (SPIEZ LABORA- www.kaercher-futuretech.com überwiegend ehrenamtlich tätig. Die TORY, Switzerland), miprolab GmbH Geschicke des Vereins werden von der was assigned to develop and produce la- „Lachen Helfen e.V.“ - Geschäftsstelle in teral flow assays (LFA) for the rapid de-

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 19 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear tection of different toxins, bacteria, and divisions: Sensing Systems, Imaging Sys- international sister journal of “Euro- viruses. Current developments of the tems, Health Physics, Dosimetry Ser- päische Sicherheit” is distributed to LFA include the main biological agents vices and Radiation Monitoring multi-national organisations (NATO, of the so called „dirty dozen“, e.g ricin, Systems. EU, etc.) as well as the military com- Staphylococcus Enterotoxin B (SEB), Our products and services include: dosi- munities in some 80 countries via the botulinum toxin, Yersinia pestis (pla- meters; contamination & clearance mo- German embassies. The magazine’s gue), Francisella tularensis (tularemia), nitors; detection & identification objective is to describe, explain and Bacillus anthracis, and Vaccinia (small- instruments; radiation monitoring sys- interpret German security policy - pox). tems; electrical penetrations; instrumen- which extends far beyond conventio- tation & control equipment and nal defence with military forces - in Contact: systems; dosimetry services; imaging sys- all complex and sophisticated correla- miprolab – Gesellschaft für tems; and related accessories, software tions. mikrobiologische Diagnostik mbH and services. • MarineForum is published on behalf Marie-Curie-Str. 7, 37079 Göttingen, www.mirion.com of the German Naval Institute and Germany addresses Germany ’s entire naval Fon: +49(0)551 495668-0, Mittler & Sohn community in politics, defence and Fax: +49(0)551 495668-11, The E.S. Mittler & Sohn publishing industry. E-Mail: [email protected] house, a company of the Tamm Media • The book programme of the Tamm www.miprolab.com Group, was founded in 1789, and is Media Group comprises some 50 new Germany ’s oldest publisher in the seg- titles annually on issues covering secu- Mirion Technologies ment of military and security-political rity policy, maritime affairs, military For more over 50 years, the products publications. history, shipbuilding, technology, law and services of MIRION Technologies The scope of security-political periodi- and public administration. have been used in industrial environ- cals includes: www.koehler-mittler.de ments and CBRN military applications. • Europäische Sicherheit (German, 12 MIRION Technologies is a global provi- issues per year) Mönch Publishing Group der of radiation detection, measure- • European Security and Defence (Eng- Mönch Verlagsgesellschaft mbH ment, analysis and monitoring products lish, 3 issues per year) The Mönch Publishing Group is one of and services. • Marine Forum (German, 10 issues per the world’s largest publishers in the field 17 of the 28 NATO militaries, nume- year) of international and regional defence pe- rous international government and su- • Der Mittler - Brief (German, security- riodicals. In addition, Mönch offers a pranational agencies use the dosimetry political newsletter). wide range of military reference books. systems from MIRION Technologies - • Europäische Sicherheit has been the Mönch publications are distributed in- Health Physics Division to detect and leading publication of and for the ternationally and reach decision-makers monitor levels of exposure. With our in- German and European military com- in the defence administration and mili- novative telemetry-enabled systems, munities for more than 58 years. tary procurement agencies. Further- command centers have the ability to With some 18,000 subscribers the more, political and industrial leaders actively delineate and manage event- magazine addresses decision makers in and experts throughout the world also driven exposure zones. politics, industry and the forces, both rely on the vital information provided We offer a full line of hand-held instru- in the German speaking part of by Mönch defence publications, such as: ments and portal monitors that enable Europe and in international organisa- • WEHRTECHNIK (German), precise exposure analysis and isotope tions, such as NATO, EU, OSCE, bi-monthly identification. Our experts can help you UN. • MILITARY TECHNOLOGY implement a detailed program with mo- „Europäische Sicherheit“ is the official (English), monthly nitoring devices, as well as comprehen- publication of several highly reputed as- • NAVAL FORCES (English), bi- sive reporting and documentation, sociations. Moreover, the magazine ser- monthly specifically tailored to the requirements ves as the information platform for the • RIVISTA ITALIANA DIFESA (Ita- of your agency. Federal German Security Academy and lian), monthly Our comprehensive range of equip- the Bundeswehr’s Command and Staff • TECNOLOGIA MILITAR (Spa- ments covers the different requirements College . nish), quarterly necessary to each stage of investigation: As the only specialist periodical, “Euro- • SAVUNMA VE HAVACILIK (Tur- • Early warning, päische Sicherheit” is regularly subscri- kish), quarterly • Search and confirmation of the alert, bed to by the German Ministry of • AL DEFAIYA (Arabic), bi-monthly • Measurements, Defence in response to the information Some of our Top Sellers, such as The • Identification of the products de- requirements of the ministerial manage- Handbuch der Bundeswehr und der tected. ment staff. Verteidigungsindustrie (German Armed MIRION’s strength stems from its five • European Security and Defence, the Forces Handbook and Defence Industry page 20 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Directory), which is published continu- Tel : +33 (0)4 77 19 19 21 aircraft. Pall has also developed a ‘fit & ously for more than 30 years as a stan- Fax :+33 (0)4 77 19 19 29 forget’ regenerable pressure swing ab- dard reference book, offers defence- Mail : [email protected] sorption (PSA) based filtration system related data in a unique and unprece- www.nbc-sys.com that has been approved by UK & US dented way and the Weyer’s Flottenta- authorities, proven to provide broad- schenbuch 2008/2010 (Warships of the OWR band protection from all known chemi- World Fleet Handbook) published by Founded in 1947, OWR has been sup- cal agents and hazards. Originally Bernard & Graefe, a Department of plying since 1956 NBC equipment to developed for helicopters, this techno- Mönch Publishing Group, as many military and civil defence forces world- logy has now been adopted for the latest other defence related books, have to be wide. UK military vehicle programme in con- mentioned. As pioneers in the field of NBC decon- junction with Pall’s environmental con- www.monch.com tamination, OWR has supplied many trol system partners. unique product solutions which have set • Regenerative CBRN filter systems NBC-Sys the standards for NBC Decontamina- • COLPRO for vehicles, warships, shel- CBRN protection systems for defense forces tion around the world. ters and population OWR supplies: • CBRN Water Purification From design to production to customer • NBC detection equipment • Aircrew CBRN protection support, NBC-Sys covers numerous • NBC protection equipment [email protected] technologies against Nuclear, Radiologi- • NBC decontaminationequipment www.pall.com cal, Biological or Chemical (CBRN) ha- • Custom made solutions for NBC de- zards. fense Paul Boyé Its product range includes chemical and • Consultancy services for NBC defense Best known for its long and dedicated biological detection, air treatment for • R&D department and 32.000 m² history of supporting the war fighter personal protection (gas masks, filter working area. with the best equipment and technology cartridges,…etc.) or group use (climate • Is represented in 64 countries world- available, Paul Boyé Technologies has control and filtration system, incorpora- wide and has partnerships with many achieved distinction and worldwide re- ted in vehicles or buildings), as well as international companies in the field of cognition as an innovator, designer and decontamination (aicraft, vehicles, sen- NBC defense. mass production manufacturer, speciali- sing equipement and persons). • Special NBC protection, detection zed in high-tech Personal Protective Military and civilian applications and decontamination packages. Equipment (PPE) Composed mostly of technicians, engi- • Standardized and customized soluti- Paul Boyé Technologies can rely on a neers and managers, NBC-Sys relies on ons. powerful internal organization including the know-how underlying its creativity, • Patents in the field of NBC defense. a R&D department, with specialized en- project management and customer ser- • Provides after sales services and trai- gineers in vice. ning. • Chemistry, Our skills are in chemicals, biology, • Spare parts supply guarantee for at • Biology, thermics, aeraulics, plastics processing, least 10 years. • Ballistics, electronics (hard and soft), mechanics, www.owr.de • Ergonomics and measurement, testing and ergonomics. • Textiles. In order to better meet our customers’ Pall Corporation Together with its multidisciplinary ex- expectations (both military and civi- Pall Aerospace, a division of Pall Europe perts, military doctrine advisors and its lian), NBC-Sys is implementing a pro- Ltd, designs and manufactures filtration CBRN training team, Paul Boyé offers active future-focused policy by and separation products for a wide not only a Global Response to counter allocating some 20% of its turnover to range of military & civil applications in- weapons of mass destruction and toxic R&D activities. cluding air intakes, fuel, hydraulics, lu- industrial material risks but has also Our engineers work in close collabora- brication and CBRN. Our advanced achieved to position itself as a World- tion on advanced research with private, engine air protection systems are used wide Future Soldier project partner, co- public and university laboratories (CEA, on military vehicles world-wide whilst vering all aspects of Force Protection. DGA…etc). the latest integrated membrane (IMS) www.paulboye.fr NBC-Sys products can be seen the water purification/desalination systems world over, in particular in Europe, Asia are used to provide clean, potable drin- Proengin and the Middle East. king water from any source. PROENGIN Biological and Chemical Pall Aerospace has developed a number Detection Systems Contacts: of leading edge CBRN filtration techno- Proengin has developed biological and NBC-Sys logies, such as man-mounted filters for chemical warfare agents (CWA) field de- 8 rue Bonnevialle use with the Typhoon respirator and an tectors using flame spectrometry. F - 42 408 Saint-Chamond Cedex ECS COLPRO filter for the ASTOR

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 21 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

Chemical detection among the world’s top suppliers of de- PHYMO offers innovative solutions for AP4C is a hand held chemical detector fence technology and security equip- Industry and Research. able to detect all CWA and many TICs, ment. Its 9,300-strong staff generate SAPHYMO’s various production sites precursors, derivatives or unknown (No- annual sales of €1.9 billion. allow it to ensure optimum reactivity in vichok), with main advantages: continu- As Europe’s leading supplier of techno- responding to your expectations. ous measurement, fast clear down and logy for ground forces, Rheinmetall De- The NOVELEC (Meylan, France) and easiness of use. fence offers a wide array of platforms GENITRON (Frankfurt, Germany) Range of products, with same detection and components available as stand-alone companies have strengthened the enter- performances and fitted characteristics or networked system solutions. Rhein- prise, and expanded its range of pro- (autonomy, data networking): metall Defence stands for longstanding ducts, particularly in the fields of • AP4C-V, aboard wheeled and tracked experience and pioneering innovation in atmospheric monitoring networks and reconnaissance vehicles, the world of armoured vehicles, we- data transmission by radio relay. • AP4C-F, on critical buildings and apons and ammunition, air defence and www.saphymo.com ships. electronics – a commitment to excel- Biological detection lence which also extends to its naval and Selex Systems Integration The biological detector MAB has the air force applications and public security The company’s headquarters, primary unique capacity of detecting and catego- products. The company’s unsurpassed manufacturing and training facilities are rizing biological particles with a proven capacity to integrate individual compo- located in Overland Park, Kansas. Addi- extremely low false alarm rate. It is de- nents into system solutions is what tionally, SELEX Systems Integration signed to trigger sampling and analysing makes Rheinmetall Defence such a operates sales, service and support facili- devices. powerful partner of the world’s armed ties in 30 locations worldwide. SELEX Chemical and biological detection forces and security agencies. Systemi Integrati Inc. is fully owned AP4C-FB offers both chemical de- www.rheinmetall.com subsidiary of SELEX Systems Integra- tection and biological warning within tion S.p.A. of Italy. the same instrument (24/7). RSDecon SELEX SYSTEMS INTEGRATION www.proengin.com RSDecon is a brand of products manu- QUALITY POLICY factured for the Healthcare Protective It is the policy of SELEX Systems Inte- Rex Gummitechniken Products Division (HPPD) of Bracco gration Inc. to provide our customers Rex-Gummitechniken is a medium- Diagnostics Inc. HPPD develops and worldwide with the highest quality pro- sized, state-of-the-art business with markets products designed to protect ducts and services that meet or exceed about 20 employees, located at Pfungs- the human body from external threats. their requirements. Through our ISO tadt, near Darmstadt, Germany. The products are distinguished by rigo- 9001 Quality System, we will utilize our The focus of our manufacturing and rous scientific testing and field deploy- employee and customer inputs to conti- sales activities is in the area of chemical ment by military and first responder nually improve our products and ser- protection and producing dipped arti- organizations worldwide. HPPD, the vices as we strive to maintain TOTAL cles for technical use. sole manufacturer and marketer of CUSTOMER SATISFACTION. Chemical-resistant butyl or butyl-vitric RSDL, strives to improve people’s lives www.selex-si-us.com gloves are manufactured in our state-of- by advancing the frontiers of medical the-art production facilities using the knowledge and using that information Smiths Detection dipping process. to improve its existing products and Smiths Detection is a global leader in To ensure 100% product quality, we bring new protective products to the the provision of threat detection and perform complete inhouse checks in ac- marketplace. screening technologies for Military, cordance with the standards applicable www.rsdecon.com Transportation, Homeland Security and at any time. New products are develo- Resilience applications. ped in our own development unit, where SAPHYMO We apply multiple technologies to we also realize special customer requests. SAPHYMO represents more than thirty achieve fast results and to identify a Our customers include the workplace years of experience, research and exper- range of threats: Biological Agents – safety trade, the chemical industry, fire tise in the field of state-of-the-art elect- Chemical Agents & TICs – Explosives – brigades, disaster protection and the ronics and computer technologies, Narcotics – Weapons and illegal items. armed forces world-wide. We offer ex- serving both safety and the environ- Our technologies are also applied for pert and accurate advice when it comes ment. We offer a complete range of mo- special applications such as contraband to protecting your hands. dern and reliable products as well as the detection, forensic work, meteorological www.rex-gummitechniken.de collaboration of dynamic, highly-skilled measuring and video network monito- and motivated personnel. ring. We provide fully integrated sys- Rheinmetall Defence With its four sectors of activity, namely tems including bio detection and The Defence arm of Germany’s Rhein- Radioactivity Measurement, Telematics, identification, protective shelters, me- metall Group stands out prominently Environment/Safety and Services, SA- teorological measurement, mobile secu- page 22 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

rity checkpoints and for chem/bio appli- ments, academia and leading instituti- Das Technische Hilfswerk passt bereits cations. ons to respond to changing security seit sechs Jahrzehnten seine Strukturen Smiths Detection takes science out of threats, together developing innovative flexibel den sich ändernden Gefahrenla- the laboratory and puts it in the hands threat detection and security solutions gen an. Modernes Einsatzgerät und gut of security professionals. Our products and accelerating the development of ausgebildete Spezialisten sind Grundlage and systems are designed for the real technology to anticipate future needs. der hohen Effizienz - in Deutschland world and are based on a deep under- www.smithsdetection.com und in der ganzen Welt. standing of the real operational environ- www.thw.de ment faced by military and security Federal Agency for Technical professionals. We are increasingly taking Relief / Technisches Hilfswerk Telerob individual products and integrating Die Struktur des THW ist weltweit ein- To develop machines, equipment and them to form complete security soluti- malig: Organisatorisch gehört das THW systems that protect or replace human ons customised to individual require- als Bundesanstalt zum Geschäftsbereich beings in situations where their presence ments. des Bundesministers des Innern. Jedoch would be either impossible or place Our customer communities include the sind nur ein Prozent der Mitarbeiter them at great risk. military, first responders, transportation hauptamtlich für die Behörde tätig. This is the motto, motivation and mis- authorities, customs officials and those 99 Prozent der THW-Angehörigen ar- sion of telerob Gesellschaft für Fernhan- responsible for protecting our critical beiten ehrenamtlich im THW. In 668 tierungstechnik mbH. Whether it’s one national infrastructure. The company is Ortsverbänden engagieren sich bundes- of our master-slave manipulators being truly global with Research and Develop- weit mehr als 80.000 Helferinnen und used to dismantle a nuclear facility or an ment in six countries and systems de- Helfer in ihrer Freizeit, um Menschen in EOD robot being used to disarm a dan- ployed from Alaska to New Zealand. Not kompetent und engagiert Hilfe zu gerous explosive device, protecting We work closely with national govern- leisten. people and their surroundings is always

TELEROB´s answer to the dirty bomb threat:threat: The TEL600NBC vehicle

the biggest challenges when pr otecting critical infra- e is to deal with a potential threat fr om a “dirty bomb”. NBC systems make use of this military capability for the e in a civilian service vehicle. to the world is that our TEL600 NBC vehicles can take mples by using an NBC robot that operates completely ndently from the interior of the NBC vehicle. C robot is a universal mobile sensor platform that can be d with a br oad palette of sensors to detect and investigate ive, chemical, biological, explosive or toxic substances.

Detectors and sensors Detectors and sensors integrated in the TETEL600EL600 NBC vehicle: operatedoperaated by the NBC rrobot:obot: www.telerob.dewwww..telerob.de • Biological detector BioSeeq • Chemical detector ChemPr o 100 • Biological detector Bio Agent TTeest • Radiation detector RadEye PRD • Chemical detector HazMat ID • Radiation detector SVG 2 with • Chemical detector E2M ABG sensor • Chemical detector RAPID • Gas detector X-am 7000 • Chemical detector RAID-S2 • Radiation detector SVG-2 • TTooxic and virus test kit Abi CAP • Weather sensor IRDAM 6056H • Explosive detector MMTD st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

our paramount concern anytime one of veloped and manufactured in accor- hospitals and clinical diagnostic labs, our products is deployed. dance with the very highest standards universities, research institutions and Our engineers and specialists in the but also with the training and instruc- government agencies, as well as environ- fields of electrical engineering, electro- tion needed to ensure their effective use. mental and industrial process control nics and precision mechanical enginee- telerob is an official NATO supplier and settings. Serving customers through two ring combine creativity and competence development partner premier brands, Thermo Scientific and in the quest for advanced solutions in (NATO supplier code: C 5152). Fisher Scientific, we help solve analytical the worlds of bomb disposal and remote Furthermore we conform to the require- challenges from routine testing to com- handling technology. ments of AQAP 2130. plex research and discovery. The telerob range of products encom- www.telerob.de Thermo Scientific offers customers a passes EOD robots (tEODor und tele- complete range of high-end analytical max), completely equipped bomb Thermo Fisher Scientific instruments as well as laboratory equip- disposal vehicles (TEL600), bomb dis- Thermo Fisher Scientific Inc. (NYSE: ment, software, services, consumables posal equipment, non-magnetic special TMO) is the world leader in serving sci- and reagents to enable integrated labora- tools (NOMATOOLS), as well as mani- ence, enabling our customers to make tory workflow solutions. Fisher Scienti- pulators for servicing, maintaining and the world healthier, cleaner and safer. fic provides a complete portfolio of dismantling nuclear facilities (EMSM). With annual revenues of $10 billion, we laboratory equipment, chemicals, sup- A highly qualified, highly motivated have more than 30,000 employees and plies and services used in healthcare, staff provides our worldwide client base serve over 350,000 customers within scientific research, safety and education. not merely with innovative products de- pharmaceutical and biotech companies, www.thermofisher.com v

enhance perimeter protection

NENEWW LCD-NEXUS™ Portable, high performance chemical detector that creates a covert, low maintenance and reliable warning grid when networked.

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Speakers

Lieutenant-Colo- Testing (BAM) in Berlin and applied in Broemme studied at the Technical Uni- nel Hans-Jürgen 2003 for a position of scientific assistant versity of Darmstadt electrical enginee- Bauer, born in the Division of Radiological Methods. ring. He knows the THW from personal 1953 in Land- He has been working on different pro- experience. As school boy and as a stu- stuhl/Palatinate, is grams and is responsible for managing dent he volunteered after the basic trai- section chief in the research projects related to Industrial ning in a communication group, later in Force Develop- Digital Radiology and Security issues. the communication centre of the admi- ment Division of He focused also his interests in the ap- nistration. As an instructor he has the NBC Defence and Self-Protection plication of electromagnetic microwaves taught many volunteers in the operation School located in Sonthofen, Germany. and THz- Time Domain Spectroscopy of radios in southern Hesse. He is married, has two children and for security applications and non-de- A partnership and effective cooperation lives in Sonthofen. structive materials testing. between the THW and the fire service is He joined the Bundeswehr in 1973, very important to him. He is pleased served as maintenance officer, had com- Martien with the fruitful cooperation in many mand and staff assignments and worked Broekhuijsen stu- places for the benefit of the people and with the medical service on medical died Molecular is committed to improving cooperation CBRN protection, including the build- Sciences at Wage- where necessary. up of a task force, before he entered the ningen University. armaments sector. His master study Amb. Jacek Bylica He bears co-responsibility for the furt- consisted of Che- is the Head of We- her development of systems / equipment mistry and Bio- apons of Mass De- used by the Bundeswehr in CBRN de- logy. He has worked for 10 years in struction fence, ranging from CBRN protective genetic modification of bacteria and Non-Proliferation masks to highly complex manned or un- fungi, followed by 18 years in CBRN Centre (WMDC) manned decontamination and recon- Defence and Security at TNO in The at NATO since naissance systems. Netherlands. He has been a biosafety of- 2008. Prior to joi- ficer at TNO, including responsibility ning NATO’s International Staff, he was Oberst Christophe for the dangerous pathogens collection. Poland’s Ambassador to Vienna-based Baumberger In mid 2010 he started his own com- international organisations, including Chef Doktrin-Ein- pany: Marble ChemBio Consulting B.V. the IAEA and OSCE from 2004 to satz und stellver- 2008. For almost two decades in the tretender Kom- Since May 2006, Polish Foreign Service, Mr.J.Bylica divi- mandant Kompe- Albrecht Broemme ded his professional activities between tenzzentrum ABC is President of the Asia and international security affairs, der Armee Federal Agency for with postings to Embassy in Beijing and • Geboren 25.04.1959, Nationalität Technical Relief a number of senior positions in the Schweiz (THW). Previo- MFA in Warsaw. He studied in Warsaw, • Verheiratet und 2 Kinder, eine Toch- usly, he headed for Moscow, Beijing and Boston and holds ter 18 Jahre, ein Sohn 21 Jahre 14 years the Berlin two MA degrees: in International Relati- • Seit 01.10.1996 Berufsoffizier im Be- Fire Department. Besides having the ons, and in Law and Diplomacy. reich ABC chair of the „Association of the Director • Seit 01.01.2007 in der heutigen of Fire Services,“ which he held from Dr. Marc Cadisch Funktion 1998 2006, he was seven years from (geb. 1962), Leiter 1999 on, Vice President of the German LABOR SPIEZ, Dr. Jörg Fire Association. absolvierte nach Beckmann stu- In his capacity as President of the THW, seiner Schulzeit in died Physics at the Broemme takes care of the development Thun an der Uni- Technical Univer- of relations between the THW to go- versität Bern ein sity in Leuna Mer- vernmental and non-institutions at the Pharmaziestu- seburg. He earned national and international levels. He is dium. An der ETH Zürich schloss er the Ph.D. at the convinced that a network has to be crea- sein Studium mit einer Dissertation in University of ted long before it needs to be established Organischer Chemie ab. Anschliessend Dresden. Mr. Beckmann joined the Fe- and maintained and not only in the arbeitete er in verschiedenen Funktio- deral Institute of Material Research and event of a disaster. nen in der Privatindustrie. Parallel dazu

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 25 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear bildete er sich an der Universität St. rungsschutz und Katastrophenhilfe tracks: first, the feasibility of an ICRC Gallen weiter aus und schloss im Januar (BBK), von 2004-2007 Leiterin der AG operational response in the event of use 2003 das Nachdiplomstudium in Unter- WM 2006 des BBK, seit 2007 Leiterin of nuclear, radiological, biological or nehmensführung als „Executive MBA der AG WM 2010 des BBK und in die- chemical weapons; second, improving HSG“ erfolgreich ab. 2002 trat er als sem Zusammenhang Beratung Südafri- security of health care in armed con- designierter neuer Leiter ins LABOR kas bei der Vorbereitung der WM 2010, flicts. He has published medical text- SPIEZ ein. Seit 1. April 2003 amtiert er seit 2008 Leiterin des Präsidialbüros des books about care of wounded people als Leiter LABOR SPIEZ; seit 2008 ist BBK; zahlreiche Veröffentlichungen im and many articles relating to the surgical er zudem Vizepräsident der Eidg. Kom- Bereich Katastrophenpsychologie und management of war wounds, the effects mission für ABC-Schutz. zum Krisenmanagement insbesondere of weapons and armed violence. zu Großveranstaltungen Laura Cochrane Nuno Miguel da currently works as Dr. Roberta Collino is leading the Silva Ferreira, seit the Technical Pro- CBRN R&T department of Thales 05/2008: Airsense gram Director at Security Solutions & Services. After ha- Analytics GmbH – Bracco Diagnostics ving graduated from Pierre et Marie Marketing and in the Health Care Curie University in Paris, she joined the Sales Coordinator Protection Divi- DGA CBRN Defense Research Centre, für Südeuropa und sion, managing formerly called CEB. BE-NE-LUX; RSDL and related decontamination She then earned a PhD in Biotechno- 04/2007 – 28/03/2008: Frankreich – projects. Laura received here degree in logy. After seven years within Thermo Projektleiter bei Sartech SA (Kunststoff- Chemical and Materials engineering company as European application spe- verarbeitung für Automobilindustrie); from the Royal Military College of Ca- cialist, she joined Thales as CBRN 02/2006 - 02/2007: Portugal – Manage- nada, and after service in the Air Force, bid manager in 2002. She then mana- mentassistent für den Internationalen spent several years working in Chemis- ged various CBRN programs for France Markt bei Gramaq, Lda (Werkzeugbau); try for the Oil and Gas sector. and European countries. 03/2004 - 01/2006: Portugal – Projekt- She later transferred her knowledge base assistent bei Socem E. D. (Werkzeug- on surface chemistry and applications to Robin Coupland bau); 10/2002 - 02/2003: Deutschland the CBRNE market place whereby she is a medical advi- – Dozent im Portugal-Zentrum, Univer- has spent the last 11 years in Enginee- ser in the Interna- sität Trier; 10/2001 - 01/2002: Portugal ring and Research projects with Mili- tional Committee – studentischer Mitarbeiter bei Plani- tary, First Responder and Government of the Red Cross molde (Werkzeugbau): Hochschulaus- Projects. Her previous positions invol- (ICRC). He joined bildung: 10/1997 - 02/2002: Portugal – ved research and product developments the ICRC in 1987 Escola Superior de Tecnologia e Gestão, on Surface Decontamination for Che- and worked as a Leiria Fachrichtung: Übersetzung, mical, Biological and Radiological Thre- field surgeon in Thailand, Cambodia, Schwerpunkt Dolmetscher Schwer- ats and Remediation. Pakistan, Afghanistan, Yemen, Angola, punkt: Englisch, Französisch und Somalia, Kenya and Sudan. He has de- Deutsch Sprache 02/02 Abschluss als Beate Coellen, veloped a health-oriented approach to a Übersetzer / Dolmetscher; 10/2002 - Jahrgang 1955, variety of issues relating to the design 08/2003: Deutschland – Universität 1974-1980 Stu- and use of weapons. Trier Deutsch als Fremdsprache – Folge- dium der Diplom- A graduate of the Cambridge University kurs und Mittelstufe Schwerpunkt: Sozialwissenschaf- School of Clinical Medicine, UK, he Grammatik und Syntax, Wissenschaftli- ten; 1981-1991 trained as a surgeon at the Norfolk and ches Schreiben, Wortschatz und Idioma- Dozentin an der Norwich Hospital and University Col- tik; Schulbildung: 10/1991 - 07/1997: Katastrophen- lege Hospital, London. He became a Portugal – Escola Sec. Eng. Acácio Cala- schutzschule des Bundes; 1991-2002 Fellow of the Royal College of Surgeons zans Duarte, Marinha Grande Allge- Ministerium des Innern des Landes in 1985. He is the holder of a Graduate meine Hochschulreife 07/97 Brandenburg, Referatsleiterin für Diploma in International Law from the Brand- und Katastrophenschutz, Zivile University of Melbourne in Australia. Stuart Duncan re- Verteidigung, Militärangelegenheiten As part of his current position he has fo- ceived his honours und Konversion; von April 2002 bis cused on the effects of weapons both degree in Applied 2008 Lehrbereichsleiterin Nationales conventional and non-conventional. He Physics from Uni- und internationales Krisenmanagement has developed a public health model of versity of Dundee an der Akademie für Krisenmanage- armed violence and its effects as a tool in 1981, then an ment, Notfallplanung und Zivilschutz for policy-making, reporting and com- MSc in Applied (AKNZ) des Bundesamtes für Bevölke- munication. His current work has two Optics from Impe- page 26 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

rial College in 1982. In 2009 Dr. Elssner changed to the ap- technologies, microsystems and surface • He has worked on military EO sys- plication department of Bruker De- micromachining when working for 15 tems over the past 28 years and has a tection, where he was responsible for months at the Berkeley Sensor & Actua- breadth of knowledge in technologies development and integration of new tor Center (BSAC) at the University of covering equipment in air, land and products for detection of biological war- California at Berkeley in the group of sea sectors. He began his career at Pil- fare agents as well as the applicative sup- Prof. Richard S. Muller. His research fo- kington PE Ltd in North Wales (1982 port at the customer-site. Since 2010 he cused on optical devices based on poly- – 1987) as a Development Engineer. is the Head of the Application depart- silicon surface-micromachining. After He spent the late eighties working on ment at Bruker Detection. returning to Germany, Alois was doing the development of the TIALD targe- research on thermal microsensors at the ting pod in the role of senior optical Jehudah Daimler Research & Technology Center engineer at Ferranti in Edinburgh. In Fehlauer, June in Munich. Afterwards, he was a project 1991, he took responsibility for run- 2006-current: manager in the Microsystems & Electro- ning the Optical Engineering group Head of Sales & nics Department at EADS. He is cur- in GEC Marconi and played a major Marketing and rently research team leader at EADS part in the development of the Business Develop- Innovation Works, the corporate re- DIRCM infrared countermeasures ment, Beth-El search center of EADS, with main re- system. He then went on to run the Zikhron Yaaqov sponsibilities in the field of sensors and EO Systems Engineering Group re- Industries Ltd. Responsible for the sensor systems for aeronautical applicati- sponsible for over 80 Professional En- worldwide sales & marketing and busi- ons and harsh environment. A major gineers. Following this he took on a ness development of the military pro- activity is in the development of de- Technical Strategy role as Chief Tech- duct lines of the company. tection systems for chemical and biolo- nical Officer within the Electro Op- Beth-El is selling to more than 60 ar- gical hazards. Alois has approx. 50 tics sector. mies worldwide and is partner to nearly journal and conference contributions • Currently, as Head of Capability - EO all big defense contractors. and approx. 35 patents and filed pa- & Chem / Bio Sensing, he is responsi- June 2000-June 2006: Area Export Ma- tents. ble for the product strategy in this nager, European Division, Beth-El sector within SELEX Galileo, Radar Zikhron Yaaqov Industries Ltd. Dr. Hagen R. & Advanced targeting line of business Has been responsible for the sales and Gehringer was including the planning and coordina- marketing and business development to born on tion of the PV budget. This covers the Europe and India, and to build up for 07.07.1965 in Targeting, Situational Awareness, Beth-El these markets. Jehudah grew up Stetten auf den Laser, IR Countermeasures and Chem in Germany and moved to Israel in Fildern (Ger- / Bio Sensing side of the business. 1994, when he started to work in the many). field of NBC-protection. From 1987 until Dr. Thomas Since then, he is advisor to many milita- 1993 he studied at the Technical Uni- Elssner got the ries on the field of CBRN-protection versity in Stuttgart with graduate in Me- Ph.D. in Bioche- and has accumulated enormous experi- chanical Engineering. mistry at the Uni- ence in this field, given his daily involve- He started at the Fraunhofer Institut for versity of Leipzig. ment with many armies and authorities. Manufacturing and Automation in During the time at He has been managing large turn-key Stuttgart in 1993. He worked as a Re- the university he projects and many multinational pro- search Associate and Consultant for In- got an excellent grams. novation Management, Robotics and expertise in protein chemistry and mi- Innovation until 1999. At the same time crobiology. He is author of several pa- Alois Friedberger he graduated as a PHD in the field of tents and numerous scientific gained his PhD in Robotics. publications in that area. physics at the Uni- Then he changed to Alfred Kärcher In 2002 he joined Bruker Daltonik versity of Kassel GmbH & Co. KG, where he was re- GmbH. At the beginning of his time on his work about sponsible for Innovation and Research with Bruker he was project manager in porous silicon and (1999-2002) and for Corporate Deve- the R&D group at the Bioanalytics De- its application to lopment (2002-2003) partment of Bruker Daltonics and deve- MEMS (Micro He became a Vice President Corporate loped mass spectrometry based clinical Electro-Mechanical Systems). At Sie- Development in 2003. His area of re- research solutions, especially systems for mens, Munich, he worked in the field of sponsibility was Innovation and Techno- biomarker detection, animal fur identifi- microelectronics (CMOS) and surface- logy Management, Organization- and cation and microorganism identifica- micromachining. He gained considera- Process Management, Legal Affairs and tion. ble experience in the area of micro Patents, Strategies and M&A.

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Since 01.07.2008 he is Managing Born at March 13, 1955 in Auerbach, Dr. Alexander Director of Kärcher Futuretech GmbH, Bavaria, Germany, he joined the Ger- Grabowski cur- a subsidiary of Alfred Kärcher GmbH & man Armed Forces as Mountain Soldier rently serves as Co. KG. in July 1975. Within the infantry head of one of the branch he ran the first part of his career operative directo- Peter S.H. Georgi through leader of mountaineer platoon, rates of WIS. He is is looking forward leader of mechanized infantry platoon, responsible for re- to be the Senior S-2 officer MechInfBn 352 in MELL- search as well as Executive for Sales RICHSTADT, XO up to company for development of equipment in the and Marketing in commander in the MechInfBn 102 in area of CBRN-decontamination and the upcoming BAYREUTH. water purification. merger of Rhein- In 1986 he changed the branch from Through his career, Dr. Grabowski held metall and MAN. the Infantry to the German NBC- various positions at the Federal Office He is currently Executive Director at Corps. He served as Company Com- for Defense Technology and Procure- MAN Nutzfahrzeuge AG and Head of mander in the NBCCo of the German ment, the Federal Ministry of Defense, MAN Military Divison. Armed Forces HQ, as Officer`s instruc- and WIS. Prior to his present post, he In this function he is responsible for tor and as a S 3 staff officer at the Ger- served as research scientist and branch worldwide military sales activities as well man NBC-Defence and Selfprotection leader in several areas of occupational as for the marketing and of course for School in SONTHOFEN. safety and CBRN-protection, especially the overall strategy. His present portfolio From april 1998 to the end of 2001 he in chemical detection and decontamina- is 900 Mil US Dollar. served as Commander of the NBCBn tion. Dr. Grabowski graduated from He is a paratrooper and his military 805 in PRENZLAU, east of BERLIN Christian-Albrechts-Universität in Kiel. rank is LtCol (Res.). He presently has a and close to the polish border. The He is a diplomated chemist (closest reserve function at the German Army NBCBn 805 was part of the 14th Tank translation M.Sc, chemistry) and holds a School heading a section for young of- Division and served also for the Multi- doctorate degree in inorganic chemistry. ficers. national Corps Northeast in SZEZCIN, He also graduated from Senior Course, He was CO of a Light Inf. Btn. for 6 PL. NATO Defense College. years. Up to april 2006 he lead the combat Dr. Grabowski is married with one In 1999 he was G3 OpS with KFOR1 support department and the CBRNDef- child. In his spare time he enjoys sports, and participated in various mission parts Section as part of that department in the reading and travelling. such as AMF (Ace military Force) in staff of the 10th Tank Division in SIG- Krete, Norway, Turkey, Spain, UK and MARINGEN. Rainer Gransee USA. Since may 2006 Lt Col Gnan is trans- studied mechani- He’s lifetime member of 2nd and 3rd ferred to the Joint Support Command cal engineering at Brigade of the 49. US Div. Texas the in KÖLN. As sectionchief of the Technical Uni- „Lone Star Division“. CBRNDef-section within the depart- versity of Stuttgart In his previous time he worked 10 years ment of NBC-Defense and Protection and got his degree with AEG as Head of treasury and In- Tasks he conducts and he is responsible in 2005. After- ternational financing as well as Military for CBRN-Defense in the German wards, he joined Project financing. He also was a Consul- Armed Forces development. That inclu- the „Fluidics and Simulation“ depart- tant in International Military Activities. des concepts and doctrines, personnel, ment of the IMM as a scientific cowor- He has a 21 old son who served with the education, material, structures and pre- ker, being mainly involved in the paratroopers as well. In his spare time sent task organization in Bundeswehr development of disposable microfluidic Peter enjoys riding his Road King. operations at home and abroad. His of- total analysis systems for bio-chemical fice also conducts the German National analyses. These tasks include the design Lieutenant Colo- Area Control Centre within the CBRN- and realisation of polymer based cartrid- nel Georg Gnan is Defense and Protection Cell during Na- ges using rapid prototyping technologies sectionchief of tional and Territorial Tasks in Germany like milling, laser ablation or hot embos- CBRN-Defense- as it was for example during the FIFA- sing and the complete system integra- Section within the World-Cup-period in June 2006. tion into automated lab prototypes department of His wife`s name is Elisabeth. They took („sample in answer out“-systems). He CBRN-Defense residence in WINKELHAID near was project leader of several publicly and Protection Nürnberg, Bavaria, in the southern part funded research projects as well as in- Tasks in the Joint Support Command of Germany. dustrial projects, aiming for the com- and Head of the German delegation in mercialisation of microfluidic the NATO NSA CBRN Working technologies. He is group leader of the Group since 2006. Fluidics Group since 2009. page 28 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Mr. Read cur- strup was responsible for the develop- Brigadier General rently leads CBRN ment of the German Army’s NBC Field Jukka Juusti has Business Develop- Laboratory. In 2000 he took over pro- long experience in ment for Lockheed duct responsibility for the mobile mili- the materiel sector. Martin Corpora- tary and civilian NBC Reconnaissance ln his early career tion covering US Systems of Rheinmetall Landsysteme he worked in the DOD, Homeland GmbH. In April 2004 he became head procurement Security, and In- of Product Management Department sector and was re- ternational markets. He joined Lock- for NBC Defence Systems. Since May sponsible for communications equip- heed Martin in December 1997 after 2010 he is the responsible head of Com- ment. That included the development of completing almost 30 years of active petence Center NBC Defence Systems the Finnish message terminal system in duty service with the U.S. Army. within the new company Rheinmetall early 1980. While on active duty as a Chemical MAN Military Vehicles GmbH (RMMV). After that he served 3 years as a teacher Corps officer, Rick served in Germany in the Riihimäki Institute of Techno- as NBC Officer with 4th Allied Tactical Marcus Herold, logy, but he returned back to the De- Air Force and also commanded the 84th 1996-2002: Stu- fence Forces after that short period. Chemical Battalion. He has served in a dium der Meteo- Next assignment for Brigadier General number of Senior Command and Staff rologie, Uni Han- Juusti was the Chief of Telecom office in positions including Chemical Division nover; 2003: Wis- the Defence Staff and after that Chief of Chief in the Pentagon and Deputy senschaftlicher Systems Division in the Defence Mate- Commander of the Chemical Biological Mitarbeiter an der riel Establishment. Defense Command at Edgewood, Ma- Yonsei University, The task for the systems division was to ryland. Seoul, Südkorea, 2004-2005: Wissen- procure Electronic Systems for the Rick holds a BS in Chemical Enginee- schaftlicher Mitarbeiter, TU Braun- Army. In 1995 Brigadier General Juusti ring from the University of Colorado schweig, 2005-2008: Wissenschaftlicher took the command of the Electronics and an MS in Operations Research/Sys- Mitarbeiter, Alfred-Wegener-Institut für Repair Centre in Riihimäki. That unit is tems Analysis from the Naval Postgra- Polar- und Meeresforschung, Bremerha- responsible for the Electronics mainten- duate School. He is also a graduate of ven, seit 2009: De zernat Beratungsver- ance and logistics for most of the Fin- the US Army War College. fahren für Sensorik und Waffensysteme, nish Defence Forces electronic systems. He will be presenting on behalf of his Amt für Geoinformationswesen der ln 1999 Brigadier General Juusti was Lockheed Martin colleagues, Dr. Ste- Bundeswehr (AGeoBw). nominated as the NADREP (National phanie Groves and Mr. David Ence, and Armaments Representative) in NATO, his presentation is entitled “Integrated Mark Johnson has WEAG and EU in Brussels. He served Network Solutions for CBRN De- a BA degree in in Brussels for 4 years gaining broad tection”. Business Manage- knowledge of the international Arma- ment from the ments co-operation in various organisa- Born in 1962 University of Ma- tions. Bernhard ryland and a MBA Brigadier General Juusti returned to Christoph from Wake Forest Finland in 2003 as the Chief Engineer Halstrup studied University. Alt- for the Army in the Defence Command. physics and che- hough a native of California, he has gai- ln 2004 the European Union gathered mistry at the Uni- ned over 16 years of experience in the an international task force to establish versity of Münster, European pharmaceutical industry. the European Defence Agency. Brigadier Germany, where While employed by leading global General Juusti was asked to join that he got his diploma in physics in 1989. pharmaceutical companies such as EDA Establishment team which consis- He then started working as an assistant Merck & Co., Eli Lilly, and Astellas, ted of 12 members around Europe. at the Institute of Technical Physics at he has managed numerous strategic Jukka Juusti was promoted to Brigadier University of Kassel, Germany. His Sales & Marketing projects. Since joi- General in 2006 when he took the posi- scientific research was focussed on micro ning Emergent BioSolutions in 2007 as tion of the Chief of Armaments Divi- sensors for different applications inclu- Director European Markets, he has been sion (J10) in the Defence Command. ding the detection of environmental and a proactive supporter of policy develop- Armaments Division is responsible of chemical warfare agents. Having recei- ment (e.g. European Commission's EDA-activities, armaments co-operation ved his Ph.D. in 1994 he became pro- Green paper on CBRN preparedness and R&T issues. ject manager for a European wide and its subsequent CBRN Task force). Since January 2008 Brigadier General research project on silicon-based micro- Mark is working to establish procure- Juusti is the Director of Armaments in systems. After joining Rheinmetall ment relations with EU Member State the European Defence Agency in Brus- Landsysteme GmbH in 1997 Dr. Hal- governments. sels.

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Brigadier General Juusti was graduated Defence Corps. He had assignments as ged TBMs with conventional and non from the Helsinki University of Techno- staff officer within a CBRN Defence conventional payload (HEAT) logy in 1979. He also studied MDA Bn, Coy Commander of a CBRN De- • Simulation and evaluation of the dis- (Master in Defence Administration) in fence Coy and Deputy Regiment Com- persion and effects of smoke muniti- the Cranfield Institute of Technology mander of the German CBRN Defence ons for MLRS 1988. Regiment. Following the national as- • Model development and evaluation of Brigadier General Juusti is married and signments he was transferred to the an area defence weapon has two children. He is an active tennis NATO Joint Force Command NAPLES • Probabilistic risk assessment, calcula- player. (ITALY) as CBRN Section Chief. In tion of hazard areas 2010 he was transferred to SHAPE CPP • Statistical quality assurance Prof. Dr. Peter WMD Directorate. LTC Kayser studied Kaul was born in economics at the university of Saarbru- Markus Kostron 1964 (Germany). ecken, is married and has two children. studied Chemical He studied from Engineering at the 1985 to 1992 at Colonel Wolfgang University of the University of Klos, born in El- Stuttgart in the Braunschweig (TU versberg/Saar on time from 1994- Braunschweig) 23 July 1951, is 1999. He speciali- and University of Aachen (RWTH Aa- Director of the zed in mechanical chen), where he received his Diploma in NBC Defence process engineering and microbiological Physics in 1992. From 1992 to 1998 he Corps and Com- engineering. He finished his studies was employee in a microelectronic en- mander of the with the Degree of Dipl.-Ing. in Chemi- terprise (SICAN Group Hannover), NBC Defence and Self-Protection cal Engineering. where he carried out his PhD work at School in Sonthofen, Germany. From 1999 to 2003 he worked in the the University of Gießen, Germany, at He is married, has two children and automotive industry as Project Engineer, the same time. In 1996 he received his lives in Sonthofen/Blaichach. responsible for process technology and PhD (Dr. rer. nat.) from the University He joined the Bundeswehr in 1970. In process plant engineering. As of 2003 he of Gießen, Germany. Since 1998 he the course of his military career, he had is the Manager of the research and deve- holds the position of a Professor for several command and staff assignments lopment group for cleaning and CBRN Physics, Statistics and Measuring Tech- and was, inter alia, battalion and brigade Protection Systems at Kärcher Future- niques at the Bonn-Rhine-Sieg Univer- commander of CBRN defence forces tech GmbH, responsible amongst others sity of Applied Sciences (Hochschule and head of the NBC Defence and Self- for the design and development of well Bonn-Rhein-Sieg) in the Department of Protection School's Force Development known Kärcher decontamination sys- Applied Natural Sciences, Germany. His Division. tems such as the TEP 90, the family of current research interests are related to He gained operational experience as lightweight air-transportable Deconta- sensor technology (especially gas sen- commander of the DEU CBRN defence mination Systems for the DSO built for sors) and multi-sensor systems as well as forces with UNOSOM II in Somalia in the German Bundeswehr or different analytical methods for trace detection of 1994, as head of the J5 Division of HQ other systems for the French, the Swe- energetic materials. KFOR in 2004 and as commander of dish and the Belgium Armed Forces. In the last years projects in the field of the OMLT with ISAF in 2010. He is inventor of Several Patents in the ERC (Explosive Related Compounds) decontamination technology sector and and IED (Improvised Explosive Device) Norbert Kopp, he is also in charge of decontamination detection – like MoSEV (Mobile sensors Study: mathema- process research and development. for explosive related compounds), LIED tics, businenss eco- (LASER technologies for IED detection), nomics; until Olena SISA (Fast identification and strategies 1990: free consul- Kuzmicheva recei- for ERC detection) und HAMLeT (Ha- tant, SW-devel- ved a diploma in zardous Material Localization & Person oper; since 1990 the field of auto- Tracking) DAT (Common Shield, De- employed at tms; mation and con- fence against Terrorism) were in the from 2011: Geschäftsführer tms trol in technical focus of his research activities. Projects: systems from Dne- • Investigation of Debris effects from propetrovsk State Andreas Kayser, born in 1963 in Ens- ballistic Missile interception University, Dnepropetrovsk, Ukraine, in heim, Southwest Germany. Joined the • Consequence Management: effects 1999 and the PhD degree in vision German Armed Forces’ Armoured In- NBC related events, i.e. Dirty Bomb etc. robot control from Institute of Automa- fantry Corps in 1982. In 1983 LTC • Development of a simulation model tion of the University of Bremen, Bre- Kayser was transferred to the CBRN for the assessment of hazards of enga- men, Germany, in 2010. page 30 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

From 2004 till 2008 she was research Heidi Laug Dr. rer. nat. Karin assistant and a team leader in project • Education: Lemmer, studied „Mobile management component“ Bachelor in Me- Biology at the financed by German Federal Office of chanical Enginee- RWTH Aachen Civil Protection and Disaster Assistance ring and Economy, Graduated at the and dealing with a management of Master of Manage- Max von Petten- reconnaissance of CBRN-disasters by ment kofer-Institut of fire brigades. Since 2009, Mrs. Kuzmi- • Started in the the LMU Mün- cheva has been a research assistant at the Norwegian Army Materiel Command chen. Since 2007 working at the Robert Friedrich-Wilhelm-Bessel-Institute Re- as an Engineer in 1995 and became Koch-Institut, Berlin, at the Centre for search Society, and a leader of the pro- Senior Engineer in 1998 Biological Security 2, which focuses pri- ject „Reconnaissance Robot (RecoRob)“. • Head of Engineer and NBC-office marily on highly pathogenic bacteria. Her research interests include robot 2003 - 2004 (NDLO) I especially focus my work on medical control, service robotics, robotics for re- • Project Coordinator 2005 - 2007 microbiology where I got considerable connaissance and disaster management (NDLO) practical and scientific experience with a and intuitive robot human interfaces. • Project Manager 2008 - (NDLO) broad spectrum of microorganisms. Working with prions I tested the effi- Philippe Dr. Stephen Lee cacy of disinfectants against the patho- Lagueux, PRO- is currently the gen protein in an improved in vitro FESSIONNAL Chief Scientist at assay and confirmed the results by in EXPERIENCE: the U.S. Army Re- vivo experiments. 2007 -... Business search Office Disinfection is a focus of my ongoing Development Ma- where he helps studies, too, creating model systems for nager , TELOPS plan and develop testing disinfectants useful for deconta- Inc,; August 2000 the strategic vision mination of personal protective equip- - 2007; R&D Optical Systems Enginee- for the Army’s basic research investment ment suspected to be contaminated by ring, Project Manager TELOPS Inc.; in academia and industry. He received a bio hazardous agents and verifying the May 1999 - August 2000 Product Engi- B.S. degree from Millsaps College in results in practical trials. In my presenta- neering / Team Leader,JDS Uniphase, Jackson, MS in Chemistry and Biology tion I will refer to these experiments. Fiber Optic Group, DWDM; Sept. and a Ph.D. from Emory University in 1998 - May 1999Research Assistant, Physical Organic Chemistry. Dr. Lee Tjen Liem holds a Centre Optique, Photonique & Laser, was also a Chateaubriand Fellow at the Masters degree in Universite Laval; May 1998 - Sept. Université Louis Pasteur in Strasbourg, Electronics Engi- 1998: Research Assistant, Centre Opti- France studying origin of life chemistry neering from the que, Photonique & Laser, Universite before working in the Army Research University of Kent Laval; Sept.1997- May 1998: Clean- Office. at Canterbury. He room Technician, Center for Optics, Dr. Lee is an adjunct faculty member in worked for 14 Photonics & Lasers, Universite Laval Chemistry at the University of North years for Honey- STUDIES: M. SC.Physics, Optics Carolina-Chapel Hill where he main- well in Germany on Military Aircraft (2003) (Industrial partnership program tains his research group. The Army Re- Avionics, Infrared Systems and other – CRSNG); Subjet: Thulium doped- search Office program he works with Defence programmes. For over 17 years fiber optic amplifier (up-conversion and includes basic research directed towards he has been with the European Com- s-band applications) Concept & Mode- all scientific needs of the Army but his mission. He was part of the team that ling, Experimental validation Universite primary interests are in hazardous mate- built up Aeronautics / Air Transport re- Laval, Dept. de Genie Physique et Phy- rials management including basic re- search at DG RTD. He was among the sique; B.Eng.: Physics Engineering search in decontamination, detection, first people in the team setting-up Euro- (1999); Completed Specializations: Op- and protection. In this research program pean Security Research, now with DG tics and Telecommunications Instru- he has been awarded the Army’s Enterprise and Industry. mentation and Electronics Systems Greatest Invention twice. Dr. Lee’s per- Universite Laval, Dept. de Genie Physi- sonal research focuses in a few basic re- Elmar Lillpopp que et Physique. search areas including Dynamic • 50 Jahre, verhei- Combinatorial Chemistry, catalysis, and ratet, 3 Kinder DNA supramolecular assemblies. This • Abitur research program ultimately focuses on • 1979 Ausbildung technologies that might protect the sol- m.D. Polizei NW dier from hazardous chemicals and bio- • 1981 Ausbildung logical organisms. g.D. BKA

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• 1984 Verwendungen in den Bereichen for Kärcher Futuretech as a product ma- trial Process Engineering. He joined Servicedienste, Personenschutz und nager in the field of „Water Supply Sys- Thales as CBRN program manager in Staatsschutz tems“. In September 2008 he became 2002 and manage a set of CBRN pro- • 1992 Ausbildung h.D. the group leader of the product manage- grams for France and European coun- • 1994 Verwendungen in den Bereichen ment „Water Supply Systems“. In this tries. He recently led the project on the Personenschutz, Servicedienste, Ver- role he is mainly responsible for the design of the future French global handlungsgruppe, Zeugenschutz, technical consulting of the customers CBRN defence system and takes part Staatsschutz and for the future product strategy in into the preliminary studies to define • Seit 2004 bzw. 2006 Leiter des Refe- this field of Kärcher Futuretech. European biological defense system re- rates zur Bekämpfung der ABC-Kri- quirements (Bio Edep and Twobias). minalität (operativ) und Leiter der Dr. Stefano ZUB (Zentrale Unterstützungsgruppe Miorotti is native Professor Dr.-Ing. des Bundes für nuklearspezifische Ge- of Genoa, Italy. Bernd Niemeyer fahrenabwehr); zugleich Leiter der He is part of Cris- PROFESIO- IDKO (Identifizierungskommission tanini Company as NALS: University des BKA). CBRN Area Gene- and Research Ma- ral Manager. He is nagement (since Dr. Patrick a retired officer of 1996), Professor at Marcus was born the Italian Army (OF-3) and in particu- the Helmut- on the 24.01.1976 lar he attended the 177th Military Aca- Schmidt-University/ Uni versity of the in Karlsruhe, Ger- demy Course „Tenacity“. Federal Armed Forces; Hamburg; chair: many. After finis- He served to the 7th CBRN Defense Process Engineering with focus on Sepa- hing school in Regiment as Chemical Unit Comman- ration Technologies in combination Karlsruhe in 1995 der where he was RECCE platoon with Leader of the Research Group at (Abitur) he started Commander first and then CBRN Coy the GKSS Research Center Geesthacht studying Chemical Engineering at the Commander. He participated with his on Molecular Recognition and Separa- University in Karlsruhe (TH). After his Unit in Kosovo, in Iraq and in Afgha- tion Vordiplom he transferred to the Univer- nistan operations. During this campaign Main Fields of Activity sity of Applied Sciences in Mannheim he was awarded of the Italian bronze Security: collective as well as personal in 1999. During his studies he spent Crux for special DECON mission. protection, detection of biological as one semester at the University of North He was graduated in economics in the well as chemical compounds (sensoric), Carolina, Chapel Hill, USA (Prof. University of Turin in 2002 and in In- decontamination of biological as well as Francis A. DiGiano; 2000) and did his ternational diplomatic law (WMD ori- chemicals agents Diplomarbeit at the University of South ented) in the University of Trieste in Environmental: separation of com- Australia in Adelaide (Assoc. Prof. Phil- 2004. Moreover he attended a II Level pounds from off-gas streams, especially lip Pendleton; 2001-2002). In 2002 he Master in Biological and Chemical De- odour and toxic compounds, catalytic started his studies for a Masters in Che- fense in the University of Rome. His conversion of odorous and toxic sub- mical Engineering at the University and CBRN education comes from the mili- stances University of Applied Sciences in Mann- tary academy and includes courses to Biotechnology: downstream processing, heim. In parallel he also started his the Joint Italian CBRN school, in the biotechnological conversion with enzy- Doctoral research work at the University NATO School in Oberammergau. He mes of Dres den (Prof. Eckhard Worch). In attended the live agent training in Dug- Process Engineering: design of pro- 2003 he finished his Master Degree and way proving ground and the Advanced duction plants and set-up of technical in June 2005 his doctoral work. Counter Terrorism CBRN Course in scale equipment for: security, environ- After his academic education he started the Suffield Centre in Canada. His last mental, biotechnology, chemical process working at the Water Technology Cen- duty assignment has been as CBRN Of- engineering, molecular dynamic model- ter in Karlsruhe. He worked as a consul- ficer of the NATO Rapid Deployable ling and process simulation, process tant engineer for stationary water Corps in Italy in Milan. analytical methods suppliers and was responsible for a re- Industry (1991 until 1996): last Indus- search project regarding the security of Dr. Stéphane Morel is CBRN System trial Positions: Senior project manager the German drinking water supply sys- Architect at Thales Security Solutions & with power of attorney and responsibili- tem against terroristic activities. This Services. ties for several plants; Main focuses: project was fully funded by the German After having graduated from the Univer- thermal as well as chemical waste pro- „Federal Ministry of Education and Re- sity Pierre et Marie Curie of Paris, he cessing, energy conversion, flue gas search (BMBF)“ and the German „Gas joined the DGA CBRN defense centre, treatment, chemical process engineering. and Water Association (DVGW)“. formerly called CEB. He then earned a EDUCATION: Post-DocChemical and In September 2007 he started to work PhD in Applied Chemistry and Indus- bio process Department of Scientific page 32 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear and Industrial; engineering Research, En 1992, il est désigne pour occuper la (IASD)) à ROME. Lower Hutt, New Zealand, 1991; PhD fonction de Chef de cabinet du général De juillet 2008 à aout 2010, il est Bio engineering University of Erlangen- commandant supérieur en NOUVELLE charge d'études auprès du Major général Nürnberg, FRG, 1990; Studies: Chemi- CALEDONIE à NOUMEA pendant des armées, Á l’état major des armées à cal and process engineering Uni ver- deux ans. PARIS (spécialement chargé de la parti- sity of Erlangen-Nürnberg, FRG,1986 A l’issue, il est mute au. Ecoles de CO- cipation pleine et entière de la France ETQUIDAN pour participer ä l enca- dans l’OTAN). Christophe drement des élèves officiers d'active Depuis septembre 2010, il dirige la divi- Pannetier is cur- Saint-cyriens et de réserve au sein des sion maitrise des armements à l’état- rently deputy di- bataillons de 1'Ecole spéciale milliaire. major des armées. rector of DGA 11 est promu chef de bataillon en 1994. CBRN Defense, in En 1996, après sa réussite au concours, Dr. Karin Potje- charge of techno- il part aux ETATS-UNIS pour suivre Kamloth studied logy. He graduated l’enseignement militaire superieur amé- chemistry at Lud- from the French ricain, d'abord à FORT LEAVEN- wigs-Maximilians- Ecole Polytechnique in 1989 and recei- WORTH au KANSAS pendant une Universität in ved a PhD in immunology at the Pas- année au sein de l’USA Command and Munich and got teur Institute (Paris, France). After a General Staff College, puis à NOR- her PhD in 1991 post-doctoral stay at the NIH (Mary- FOLK, pendant trois mois, au sein de and her habilita- land, USA), he joined DGA CBRN De- Armed Forces Staff College. tion in 1999. From 1984 until 1999 she fense, the CBRN expert centre of the A l’issue de sa scolarité, il rejoint le 1er worked at the institute of physics (Univ. French Ministry of Defense procure- Régiment d’artillerie de marine à Bundeswehr München) in the field of ment agency, as the head of the labora- LAON, où il occupe la fonction de chemical sensors and organic semicon- tory of biological agent identification. Chef du Bureau opération instruction ductors. In 1999 she took a postdoc po- He then spent four years with Thales as de 1997 à 1999. Durant cette période, il sition at Georgia Institute of the chief of the CBRN R&D Depart- rejoint pendant six mois SARAJEVO Technology, U.S.A., and worked from ment. In the recent years, he has been pour occuper la fonction d'officier trai- 2001 until 2005 at the TU Dresden. involved in the BIOEDEP preparation tant au sein du bureau Plans and Policy She joined the Institut für Mikrotechnik phase for the European Defense Agency. du HQSFOR (J5) dans le cadre de l’ap- Mainz in April 2005. Her work focuses plication des accords de DAYTON en on electrochemical analysis systems, Marié et père de BOSNIE HERZEGOVINE. Il est energy harvesting, chemical sensing cinq garçons, le promu lieutenant -colonel en 1998. platforms for microsystems. Since 2008 général de Brigade En 1999, il retourne à COETQUIDAN she is the head of the Surface Group. Jean François pour prendre le commandement d’une Parlanti est ne le promotion d’élèves officier d'active de Major Thorvald 21 décembre 1961 l’Ecole spéciale militaire de SAINT-CYR Rognerud à ANTSIRABE (promotion « Du bicentenaire de Saint- Education: Officer (MADAGASCAR). Cyr ») pendant trois ans. Candidate School, Il intègre l'Ecole spéciale militaire de De 2002 ä 2004, alors colonel, i1 re- Norwegian Army SAINT-CYR en 1981 (promotion joint PARIS et l'Etat major de 1'armée Ordnance Corps, Grande armée) (option sciences), puis de terre au sein du Bureau planification 1986-1987 choisit les Troupes de marine, Apres une des ressources humaines où il sert au Royal Norwegian année de formation à 1'Ecole d’applica- sein de la cellule « etude générale officie Air Force Academy, 1990-1992 tion d'artillerie de DRAGUIGNAN, il » (statuts, gestion prévisionnelle des Chemical Captain Career Course, US rejoint le 41° Régiment d'artillerie de compétences, notation ...). Army 1999-2000 marine à LA FERE, Pendant cette péri- En aout 2006, il prend pour deux ans le Bachelor of Management, Norwegian ode, il participe au déploiement du commandement du Régiment d'infante- School of Management, 2001-2003 XVIo mandat de la FINUL., au LIBAN rie de marine du Pacifique NOUVELLE Norwegian Staff College, module 1, Jans le cadre dune mission logistique. CALEDONIE. 2003-2004 Alpes une première mission de longue Au retour de métropole, il est d6signe Service: Service with troops, Norwegian durée outremer au 33° Régiment Infan- pour occuper la fonction de cadre pro- Army Ordnance Corps, 1987-1988, terie de marine de FORT- DE- FRANCE fesseur au Collège interarmées de dé- Platoon Commander, Norwegian Army en MARTINIQUE de 1987 à 1989, il fense à PARIS pendant une année. Ordnance Corps, 1988-1989, Adminis- rejoint, alors capitaine, le 9° Régiment D'octobre 2007 Á juin 2008, il est audi- trative Officer, Rygge Main Air Station, artillerie de marine à TREVES en Alle- teur de la 59° session de l'Institut des 1992-1996, Instructor, Norwegian magne où il commande la 3° Batterie hautes études de la défense nationale ita- NBC School, 1996-2002, Chief In- (155 mm AUF1). lien (Instituto Alti Studi per la Difesa structor, Norwegian NBC School, 2000

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Evaluation Officer, Norwegian NBC • From 1979 to 1984, officer training University of Konstanz, ALTANA School, 2002-2005, Head of NBC and a Master’s Degree in Education at Pharma, the National University of Sin- section, Norwegian Defence Logistics the German Armed Forces University gapore and the Nanyang Technological Organisation, 2006 in Munich. University in Singapore in the field of • In 1986, transfer from the Armoured synthetic organic chemistry and phar- Dr. Wolfgang to the CBRN Defence Corps, follo- maceutical research. Rosenstock is a wed by assignments as Company Beside his studies he served in several nuclear physicist Commander, CBRN Staff Officer at positions as CBRN officer e.g. in by education and various HQ levels and Commanding CIMIC staffs responsible for CBRN earned his Doctor Officer of a CBRN Battalion from homeland defence. In 2004 he was pro- degree (PhD) from 2001 to 2004. moted to a captain (OF-2) and became the University of • First assignment in a multinational Coy Commander. Since 2009 he is Coy Bonn. His current environment in 1993 at HQ Allied Commander of the ABCAbwKp 955, a position is Head of the department Mobile Force (Land) in Heidelberg, special reserve unit to support civil for- „Nuclear and Electromagnetic Effects“ DEU, followed by an assignment as ces in case of a CBRN threat with mili- at Fraunhofer-INT (Fraunhofer Insti- CBRN Staff Officer at HQ Allied tary capabilities in recon, tute for Technological Trend Analysis), Forces Central Europe in Brunssum, decontamination and water purification. Euskirchen, Germany and leads the NLD, and a tour of duty at HQ Al- In 2008 Thilo Schuppler joined OWR group „Nuclear Security Policy and De- lied Command Transformation as chemist, responsible for the develop- tection Techniques“. He has a longstan- (ACT) in Norfolk, Virginia, USA, ment of different new decontamination ding experience in theoretical and from 2004 to 2006. agents for high-value equipment and experimental investigations on physical • Mission assignments included a tour human skin. Since 2009 he is head of technical means for non-destructive de- at HQ Stabilization Forces (SFOR) in the R&D department, responsible for tection and identification of radioactive Sarajevo in 1997 and two temporary the development of CBRN concepts, as well as nuclear materials by means of appointments to the United Nations technical development and engineering passive and active methods on site, espe- Military Staff in New York, USA, in of new solutions, system integration and cially in a real and difficult environ- 2002 and 2003, including field missi- consulting. His expertise as CBRN of- ment. ons in the Middle East. ficer and scientist leads him in many In addition he performed numerous stu- • After two years as Chief of the CBRN countries to support in CBRN projects. dies on the potential threat and risks by Defence Concept Section at the Ger- He is also POC of the scientific and mi- radiological and nuclear terrorism and man NBC Defence and Self-Pro- litary competence board of OWR which nuclear proliferation, including means tection School in Sonthofen, involves experts of different disciplines. for prevention. He is a member of the appointed as Head of the School’s The OWR competence board supports Member of Institute of Nuclear Material Combat Development Division in when interdisciplinary is necessary to Management (INMM) and of the of June 2009. solve complex problems and specific re- Nonproliferation & Arms Control Divi- • Married to Elisabeth, two children, quirements. sion. Since 2003 he is member of Julia and Nikolas. ESARDA (European Safeguards Re- Margaretha search and Development Association) Thilo Schuppler Sudhof began her VTM Working Group (VTM = Verifi- was born in Stutt- career in 1985, cation Technologies and Methodolo- gart, Germany. teaching law and gies). Since 2007 he is the task leader of After high school doing research at sub-working group „Threat Analysis“ of he joined the Ger- the Johann Wolf- the national working group „Radiologi- man Federal gang Goethe-Uni- cal Bomb“. Armed Forces versity in Bundeswehr for 2 Frankfurt. After completing her acade- Colonel Klaus years as an officer candidate of the NBC mic doctorate and her professional qua- Schiff Corps. He was trained as operator and lification she was appointed in 1994 to • Born in1958 in commander of a FUCHS NBC recon the Frankfurt Administrative Court. In Lahr, Black Forest, vehicle and platoon leader of a deconta- 1998 she joined the civil service and ser- Southwest Ger- mination platoon. He finished his duty ved first as Division Head of the Hes- many. in 1996 as Lieutenant and joined the sian State Chancellery until June 1999, • Joined the Ger- army reserve as CBRN officer (OF-1). then as Division Head of the Federal man Armed For- Thilo Schuppler studied chemistry at Chancellery until April 2002. At that ces’ Armoured Corps in 1979 and was the University of Konstanz, Germany. point she moved to the Federal Ministry commissioned as a 1st Lieutenant in He graduated in organic and bioorganic of the Interior, where she was Deputy 1982. chemistry and worked as scientist at the Director for strategic planning. She re- page 34 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear turned to the Federal Chancellery in in der Rüstungsabteilung des BMVg im Jahrgang 1970; 1990-1996 Studium der 2003, now coordinating the entire Zuständigkeitsbereich Heereswaffen und Chemie an der Rheinischen Friedrich- spectrum of interior and juridical affairs. -munition sowie in Rüstungsbeziehun- Wilhelms-Universität Bonn. Abschluss In 2006, again as an official of the Inte- gen zu Staaten in Afrika, Mittel- und des Studiums mit der Diplom-Arbeit rior Ministry, she became Representative Südamerika, im Nahen Osten und Süd- über Phosphororganische Verbindungen of the Federal Interest at the Federal Ad- und Ostasien einschließlich der damit im Arbeitskreis Prof. Niecke.1996-1999: ministrative Court in Leipzig. From verbundenen Austattungshilfe führten Dissertation über metallorganische Ver- 2007 to 2009 Dr Sudhof was counselor sie wieder nach Bonn zurück. bindungen des Nickels und des Palladi- to the SPD parliamentary caucus on Seit letztem Jahr vertritt sie rüstungspo- ums am Max-Planck-Institut für matters of federalism, constitutional law, litische Interessen der Bundesrepublik Kohlenforschung, Mülheim a. d. Ruhr and European standards and treaties. Deutschland im Rahmen des Aufgaben- bei Prof. Pörschke; 2000-2005: Tätig- After having returned to the Interior gebietes der Ständigen Vertretung bei keit in der chemischen Industrie, Ministry she is at present Deputy Di- der EU mit Schwerpunkt Europäische Schwerpunkt F&E Wasch- und Reini- rector-General for Crisis Management Verteidigungsagentur (EDA). gungsmittel; seit 2005 Referent im Refe- and Civil Protection. rat „Technischer CBRN-Schutz beim Hans-Joachim Bundesamt fürBevölkerungsschutz und Ministerialrätin Töpfer has worked Katastrophenhilfe in Bonn Dr. Irmtraud for more than 46 • Ehrenamtlicher ABC-Fachberater bei Taufer ist seit Au- years in the NBC der Feuerwehr Bonn. gust 2009 Leiterin defence. He made • Mitglied im OPCW „Network of Ex- des Arbeitsbereichs his studies at the perts“ „Rüstungspolitik“ Officer's School, • Lehrbeauftragter der Universität Bonn bei der Ständigen Löbau, (1964- für den Masterstudiengang „Katastro- Vertretung der 1967) and at the Military University for phenvorsorge & Katastrophenmana- Bundesrepublik Deutschland bei der Chemical Protection, Moscow/USSR gement“ Europäischen Union in Brüssel. (1972 – 1977). Degree: Dipl.-Ing., Ing. Nach Studium der Chemie und Promo- Chem. Dr. rer. nat. tion an der Universität Würzburg er- He has been a NBC defence staff officer Martin Weber folgte der Eintritt in die Bundeswehr, and NBC Defence Commander of the Oberfeldapotheker der sie nach Referendariat und Großer Frontier Forces of the GDR (1982 – und staatl. gepr. Staatsprüfung im Fachgebiet Waffen- 1990; last rank: Colonel). Since 20 years Lebensmittelche- und Munitionskunde bis heute treu ge- as Product Manager NBC Protection miker, Fachapothe- blieben ist. Systems (Kärcher Futuretech GmbH; ker für Toxikologie Nach Fachverwendungen auf Dezernen- Winnenden) he was responsible for the und Ökologie, ten-Ebene bei der Wehrtechnischen development of the well known Kärcher Studium der Pharmazie in Freiburg i.Br. Dienststelle in Eckernförde und beim decontamination systems (TEP 90, DE- und Lebensmittelchemie in Frankfurt/M. Bundesamt für Wehrtechnik und Be- COCONTAIN 3000 GDS, etc.) as well Promotion an der Universität Kiel zum schaffung in Koblenz stellte sie sich im as for the new Kärcher family of decon- Thema: „Zur Problematik der Entgif- Bundesministerium der Verteidigung taminants. He is author of many publi- tung sowie der Nachweisverfahren von neben fachlichen Aufgaben im Bereich cations on special questions in different Methylthiophosphonsäure-O-alkyl-S- Rüstungskooperation mit Israel und Fo- areas of NBC defence. (2-N,N-dialkylaminoethyl) estern (sog. reign Military Sales in den USA auch V-Stoffen)“ den unterschiedlichsten Herausforde- Wissenschaftlicher • Mitglied der Prüfungskommission des rungen im Leitungsbereich. Verwendun- Oberrat Dr. rer. Landes Niedersachsen für die Fach- gen im Planungsstab, in der „Weizäcker nat. Roman apotheker für Toxikologie und Ökolo- Kommission“ zur Neustrukturierung Trebbe, Diplom- gie der Bundeswehr und im Büro Staatsse- Chemiker • Mehrfach im Einsatz in Bosnien-Her- kretär Dr. Stützle in Berlin ließen sie tief Referent im Refe- zegowina, Kosovo und Afghanistan als in die politische Dimension von Sicher- rat „Technischer Leiter des Containerlabors „Lebens- heits- und Rüstungspolitik eintauchen, CBRN-Schutz“ im mittelchemie“ was sie im Rahmen einer folgerichtigen Bundesamt für Bevölkerungsschutz und • z.Zt. Leiter der Laborgruppe Chemie Anschlussverwendung als Wehrtechni- Katastrophenhilfe. Dort u. a. verant- der Gifte/ Kampfstoffanalytik am scher Attaché bei der Botschaft der Bun- wortlich für die konzeptionelle Planung Zentralen Institut des Sanitätsdienstes desrepublik Deutschland in Paris auch der Bundesausstattung im CBRN- der Bundeswehr München, Außen- im internationalen Bereich umsetzen Schutz mit dem Schwerpunkt Chemie. stelle Munster konnte. Leiter des Projekts „Analytische Task Zwei Verwendungen als Referatsleiterin Force“.

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Dr. Martin Dr. Roman commander with light infantry battalion Wehner is heading Wölfel was born 531 in Ahlen/Westphalia; 1986 - 1988: the work group for in 1974 and joi- General staff officers’ training at the „Biotechnology ned the German Bundeswehr Command and Staff Col- and Laser Thera- Air Force Medical lege in Hamburg; 1988 - 1990: Staff of- pies“ at Fraunho- Service as a medi- ficer with deputy chief of staff, Armed fer-Institute for cal officer candi- Forces Staff II at the Federal Ministry of Laser Technology date in 1993. He Defence in Bonn; 1990 - 1992: Assis- in Aachen. After he received an univer- studied medicine at the Universities of tant chief of staff G4 with 1st Airborne sity degree in Physics and Engineering Marburg and Giessen and completed a Division in Bruchsal; 1992 - 1993: Ge- from Technical University Darmstadt in doctoral thesis at the University Insti- neral staff officers’ training at the U.S. 1985, he joined the Fraunhofer Institute tute of Normal and Pathological Physio- Army Command and General Staff Col- for Laser Technology, Aachen, working logy in Marburg. Dr. Wölfel then served lege, Fort Leavenworth, Kansas, USA; on laser patterning and machining of as a medical officer in several military as- 1993–1995: G4 with the German Com- polymers. In 1990 he finished his docto- signments. In 2003 he joined the Bun- ponent and Division Chief Exercises– ral thesis on machining of materials deswehr Institute of Microbiology in G4 V. (US) Corps in with excimer lasers. Then he was respon- Munich for further specialisation in bio- Frankfurt/Heidelberg; 1995 - 1997: sible for projects on manufacturing of defence research. As part of this, he wor- Commander of paratroop battalion 314 medical devices, biomedical applications ked from 2005 until 2006 at the BSL-4 in Oldenburg; 1997 - 1999: G3 and of laser radiation, and laser processes for labs at the Bernhard-Nocht Institute in chief of section II 1 3, army materiel di- fabrication of printed circuit boards. Hamburg and obtained the Diploma in vision, Army Support Command in Ko- Presently, he is heading the work group Tropical Medicine and Hygiene. In blenz; 1999 - 2001: Chief of division I, for „Biotechnology and Laser Thera- 2007 Dr. Wölfel finished his specialisa- Army Materiel Office in Bad Neuenahr; pies“. Main activities comprise biotech- tion in Microbiology, Virology and Epi- 2001 - 2006: Branch chief, Joint Sup- nical projects on laser-induced protein demiology of Infectious Diseases. port Service Staff II 4/Armed Forces transfer, modification of polymer scaf- Parallel to his medical career Dr. Wölfel Staff IV 5 at the Federal Ministry of De- folds for tissue engineering, cell manipu- studied Law at the University of Ham- fence in Bonn; 2006 - 2010: Comman- lation, laser tissue interaction, thermal burg and completed a post-graduate der of logistic brigade 1 (response laser therapies and laser sensing of bio- specialisation in project management. forces) in Delmenhorst. Since June sensors. He has more than 20 years ex- 2005 he obtained a diploma in Quality 2010: Deputy Chief of Staff, Armed perience in performing industrial Management and in 2006 the European Forces Staff, Division Fü S IV (as indi- research projects. Organization for Quality (EOQ) Qua- cated above). Interests: Hunting, gol- lity Systems Manager certificate. In fing, history of art. Hans-Jörg 2008 Dr. Wölfel assumed the position as Wickert head of the Department for Medical Colonel (MC) Secondary Educa- Biological Reconnaissance & Verifica- Lothar Zöller, tion: until June tion at the Bundeswehr Institute of Mi- MD, Professional 1977 - Domgym- crobiology. Since then he developed a education and nasium Rabanus- deployable microbiological lab platform training: Maurus School in for diagnostics in limited resource set- Lothar Zöller at- Fulda, Gradua- tings and various assays for the detection tended the Medi- tion: Abitur (A-levels) of bacterial and viral biowarfare agents. cal School of Tertiary Education and Professional Heidelberg University from 1975 to Qualifications: 1978 - 1982: Degree in Brigadier 1981 and obtained his License to education at the University of the Ger- Winfried Zimmer, practice Medicine in 1981. This was fol- man Military (Bundeswehr) in Ham- born on 29 De- lowed by a two-year Residency position burg, Graduation: Diploma in Educa - cember 1954 in at the Bundeswehr Central Hospital in tion, Degree dissertation: HRM regar- Duisburg, Ger- Koblenz (Germany). In 1982 he earned ding organisational development; 1990: many, married. 1 his doctor´s degree from Heidelberg Degree for Troop Officer and training July 1974: Entry University. From 1983 to 1984, he ser- for Staff Officer at the German Military into the German ved as a Medical Officer in the 3rd (Bundeswehr); 1990 - 1992: 33rd gene- Armed Forces as a temporary-career vo- Army Corps in Koblenz. After accom- ral staff training at the German Military lunteer. 1974 - 1976: Officer training, plishing the Postgraduate Training Pro- Academy (Bundeswehr) 1976 - 1980: Academic studies at the gram in Medical Microbiology at the Bundeswehr University in Munich, de- Central Institute of the Bundeswehr gree in education. Until 1986: Platoon Medical Service in Koblenz, which he commander, S2 officer and company attended in the period from 1984 to page 36 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

1986, he pursued advanced training in • Molecular typing of bacteria and viru- Alphus Hinds is a leading authority in Internal Medicine with a focus on In- ses with special focuses on Yersinia the application of risk techniques for se- fectious Disease Medicine at the Bun- pestis, Bacillus anthracis, Brucella curity and public safety, terrorist profi- deswehr Central Hospital, also located spp., Francisella tularensis and Ortho- ling and the assessment of security risks in Koblenz. This was followed by a Fel- poxviruses, as well as the establish- for major sporting events and mass lowship in Medical Microbiology at the ment of databases for bioforensic transportation systems. Institute of Hygiene of Heidelberg Uni- outbreak investigations Alphus has taken lead roles in assessing, versity, which he held from 1987 to • Molecular epidemiology of bacteria reviewing and managing security and 1991. Still in 1991, he passed the Board and viruses, e.g. Francisella tularensis, public safety risk, including mass casu- Exam qualifying him as a Specialist in TBE virus, Hantaviruses, Rickettsia alty terrorist threats and emergency Microbiology, Virology und Infectious spp. planning for major events; such as the Disease Epidemiology. In 1992, he ob- • Immunological and functional Atlanta 1994, Sydney 2000, Athens tained his Habilitation in Medical Mi- host/pathogen interaction of Coxiella 2004 and Beijing 2008 Olympic crobiology from the University of burnetii and Francisella tularensis Games. Mr. Hinds also was appointed Heidelberg and was promoted to the The Bundeswehr Institute of Micro- Head of Risk Management for the Doha rank of a Lieutenant Colonel. From biology is a member of the Munich Asian Games Organising Committee 1991 to 2007, Prof. Dr. Zöller served as Center for Infectious Disease Medi- (DAGOC) 2006, the second largest a Head of the Department of Microbio- cine. It has been appointed National multi sporting event in the world. logy and Head of the Department of Consultant Laboratory for Tularemia Alphus is a United Nations associate ex- Medicine at the Central Institute of the since 2000 and National Consultant pert advisor, on security during major Bundeswehr Medical Service in Ko- Laboratory for Brucella since 2009. event; administered by the United Nati- blenz. In 2007, he assumed his current ons Interregional Crime and Justice Re- position as Head of the Bundeswehr In- Dr. rer. nat Sibylle search Institute (UNICRI). In this stitute of Microbiology located in Mu- Pagel-Wieder capacity he has participated in several nich and was promoted to the rank of a Product Research high level delegation UN missions, in Colonel. & Development support of Major Events. Inclusive of Activities in the scientific community, Manager, miprolab the Beijing Security Bureau/ Chinese honors, awards: 1995: Paul Schürmann GmbH. Since the Government’s security planning for the Award of the German Society for Mili- foundation of mi- Beijing 2008 Olympic Games. tary Medicine and Pharmacy; 2000: Ap- prolab in 2005, Mr. Hinds regularly provides high level pointment as Adjunct Professor at the Dr. Sibylle Pagel-Wieder is being re- briefings to Government, the intelli- University of Heidelberg; 1994: Mem- sponsible for the research, development gence community and fortune 500 ber of the Advisory Board for Labora- and production of test systems for the companies. tory Medicine and Microbiology, detection of biological warfare agents Mr. Hinds is a regular contributor to the German MoD; 1996: Member of the like toxins, bacteria and viruses. Before media. He is a retained writer/contribu- Editorial Board of the journal „Clinical joining the R &D department of mipro- tor to Jane’s Intelligence Review and Laboratory“; 1989-2007: Member of lab, she served as a research scientist at Jane’s Terrorism Insurgency Centre the DIN standardization board NAMed the Institute for Applied Biotechnology (JTIC). Alphus was interviewed for and E9 „Serodiagnosis of Infectious Disea- in the Tropics at the University of Göt- expert advisor to the National Geogra- ses“; 2007: Member of the NATO BIO- tingen being the project leader of several phic acclaimed three part terrorism do- MEDAC (Biological Medical Advisory research projects including a validation cumentary series entitled ‘Reign of Committee); 2009: President of the in- study of commercially available rapid Terror.’ He recently was interviewed for ternational Medical Biodefense Confe- tests for the detection of biowarfare and acted as the specialist terrorist advi- rence 2009 agents. These projects were funded by sor to the Discovery Channel’s docu- Research Fields e.g. the German Federal Office of De- mentary dramatization of the attack on Major research fields of Dr. Zöller and fense Technology and Procurement the USS Col, to be released world wide the Bundeswehr Institute of Microbio- (BWB), and the Science & Technology later this year. logy: Center of armasuisse (W+T/armasuisse, Alphus has undertaken further academic • Development of molecular diagnostic Switzerland). Dr. Sibylle Pagel-Wieder study at Masters Degree level, at the assays and field-applicable rapid assays graduated from the University of Han- prestigious Centre for Study of Terro- for special pathogens (CDC category nover (Germany) with a PhD in Geosci- rism and Political Violence, St Andrews A-C biological agents); Dr. Zöller was ences’. The main focus of her PhD study University, Scotland. v the first to develop diagnostic assays was placed on the description of chemi- for hantavirus infections on the basis cal interactions between macromolecu- of recombinant nucleocapsid proteins. les and solid surfaces, and on the de ve- He also worked on Borrelia burgdor- l oping a new method for the quantifica- feri and Candida spp. tion of the reactive sites of solid particles.

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Abstracts

Future-oriented Solutions for Effective CBRN Defence for Armed Forces and Civil Defence

Dr.-Ing. Hagen R. Gehringer, CEO Kaercher Futuretech GmbH, P.O. Box 140, D-71349 Winnenden (Germany), [email protected]

Abstract TEP 90, the German Armed Forces features the most modern Kärcher Futuretech is a worldwide leader in CBRN protection and efficient system of this class currently available with outstan- for both military and civilian applications. The company offers ding, worldwide leading technology. The container-based TEP future-oriented and innovative CBRN protection systems and 90 decon system has a consequent modular structure, and con- clothing, complete field camps as well as water purification solu- sists of decontamination modules which can be used indepen- tions for peacekeeping and disaster relief operations. Therefore, dently and include all components necessary for carrying out Kärcher Futuretech products facilitate prompt and effective de- thorough, mission-optimised decontamination close to the con- contamination of people, vehicles, aircrafts, ships, personal we- taminated troop. The TEP 90 uses state-of-the-art decontamina- apons, clothing and equipment as well as sensitive material. tion technologies and decontamination agents. With the new The current and future conditions of international missions of family of CBRN decontaminants highly effective agents are the NATO armed forces require highly effective and coordinated available for carrying out the rapid and effective CBRN decon- pieces of military equipment which are completely adapted to tamination. Beside the high decontamination effect, they stand each other. The health protection and guarantee of survival for out due to a good material compatibility and biological degrada- all the deployed soldiers under all mission conditions are incon- bility. trovertible criteria for the development and introduction of new The state-of-the-art Kärcher decontamination technologies and military systems. This especially applies to the respective CBRN agents used in the TEP 90 also form the basis for the conceptual defence equipment needed to meet the current and future design of many other decontamination systems, especially light CBRN threat. Chemical, biological or radioactive decontamina- air-transportable systems for use by special forces in rapid opera- tion still presents a big challenge and a very complex task for the tions. With regard to technology and mission concept, they are concerned troops. It has to be carried out as quickly and effecti- as unique as the TEP 90 on a worldwide scale, and also stand vely as possible and requires a high degree of professionalism out due to their distinct flexibility and large range of applicati- with respect to organisation, effective equipment, specialised ons. personnel and training. The forward-looking TEP 90 and light decontamination systems With the delivery of all 73 TEP 90 decontamination systems in delivered to the Federal German Armed Forces by Kärcher Futu- November 2010 the Federal German Armed Forces have filled retech GmbH will set the standard in the area of CBRN decon- an important skills gap in the area of CBRN defence. With the tamination until well into the late twenties of the 21st century. v

CBRN Tactical Decontamination/Detoxication OPS and SX34 System for CBR Decon of sensitive Equipment

Dr. Stefano Miorotti CRISTANINI S.p.A. Via Porton, 15 37010 Rivoli V.se (VR) Italy

Abstract lead to an overload in decontamination of units. Multispectral As former Commander of CBRN specialized unit I have been decontaminants are not always available and it is evident that confronted to different combat conditions like deployment in the decontamination process must not damage the equipment to mountains cities, open field, caves etc. I have been regularly con- be decontaminated or be unfriendly to the environment. fronted to unexpected situations where I had to adapt the theory Due to the limitation to the available manpower it is necessary into practical rapid reactions. These special situations require to to have a system easy to use and requiring minimum personnel. have very flexible means to fulfill the mission. These are the si- The system itself must be flexible and allow interoperability bet- tuations in which you can test capabilities, flexibility and limits ween different decontaminants (solid and liquid). Moreover the of the equipment in service. My experience in the decontamina- integration between small scale and large scale systems must be tion process makes me aware of, that a lot of false detection can possible as force multiplier concept. The logistic support must

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 39 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear be limited to the minimum in terms of consumables and main- • NBC JOINT LOGISTIC TECHNICAL CENTRE, ITA tenance. Moreover the system must be multipurpose in order to ARMED FORCES, Civitavecchia Rome, Experimental re- offer different capabilities just adding accessories. search on SX 34 decontaminant System for sensitive surfaces In Afghanistan it is important to have a Decon/Detox system (UP 1178) capable of working in altitude and able to use improvised water • CEB – CENTRE D’ETUDES DU BOUCHET – FRANCE- sources. The system must be easy deployable and be able to deli- Evaluation du systeme de decontamination SX 34 (UP 1222) ver electrical power. Decontamination of sensitive equipment • GIORDANO INSTITUTE ITALY, Pressurization test of con- was a shortfall: radio, detectors, night goggles, jammers etc.. Tra- tainers containing decontaminating product SX 34 (UP 1128) ditional methods would cause irreparable damage. The old fa- • GIORDANO INSTITUTE ITALY, Electrical insulation test shioned traditional way was using solvent or other systems based on SX 34 (UP1181) on heating /vacuuming processes in dedicated shelter. This ap- • US Army NUCLEAR and CWMD Agency „COMBATING proach not only made the operation complicated and logistically WND JOURNAL“ Feb. 2009, Regarding our kit for Deconta- unsuccessful, but was also a serious attempt to the material itself. mination of sensitive material. (UP 1215) CRISTANINI SPA, from 1972, devoted all its efforts to find • ITALIAN RESEARCH CENTREA AND STUSIES Jun. out better ways to solve the problem of decontamination in a 2010, Cristanini SX 34 Decontamination System for sensitive easy a simple way. v equipment and its effectiveness in Radiological contamination- RN Lab Test 1st Draft Result dated 14 June 2010 (UP 1257) REFERENCES: • VOP-026 STERNBERK – VTUO Division BRNO – CZ 1 UP this acronym refers to CRISTANINI internal database. Rep.- Decontamination efficiency of the SX34 Decontaminant Complete tests report are available on request. purposed for Detoxification of surfaces (UP1 1140)

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page 40 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Modern Developments in NBC Defence Systems

Dr. Bernhard C. Halstrup1, Peter S.H. Georgi2 1 Rheinmetall Landsysteme GmbH, Henschelplatz 1, 34127 Kassel, Germany 2 Rheinmetall MAN Military Vehicles GmbH, Dachauer Straße 655, 80995 Munich, Germany

Abstract • outstanding analytical performance (Identification/Detection) As of today both military as well as civilian first responders are based on more than twenty years of continuous research and facing new and ever increasing challenges. Asymmetric threats development in this area show up at places never expected before. This is especially true • full integration of suite equipment, offering military rugged- with the threat associated with CBRN-attacks but also valid for ness, ergonomic set-up as well customized “easy-to-use” opera- other types of and agents and different ways of release. tional software To cope with such new threats new ways of reaction are manda- • various logistic as well as tactical carrier vehicles of all weight tory. The solutions applied and products required for detection, classes and protection levels identification, warning and counter-measures have to be flexible, • world-wide contractor logistic support to assist the customers fast and deployable all over the world. in all missions. The company Rheinmetall MAN Military Vehicles GmbH The presentation will especially focus on the synergy effects pro- (RMMV) was established to better deal with the challenge of ra- vided by the combination of the expertise of both MAN and pidly changing operational requirements and to provide innova- Rheinmetall Defence. By choosing the “best from both worlds” tive products tailored to the various needs of customers worldwide. the new company is determined to provide customers world- Based on their respective experience both Rheinmetall Defence wide with most modern products needed to tackle their future and MAN can make valuable contributions to such new products: challenges. v

CBRN-Defence – the European Civilian Approach

Dr. Irmtraud Taufer, Armaments Counseler Permanent Representation of the Federal Republic of Germany to the European Union

Abstract It was set up last year to replace the hitherto practice of informal The CBRN threat spectrum is wide and includes in addition to coordination on a case by case basis between the Commission’s possible terrorist attacks and natural disasters, accidents and Framework Programme and the Defence. pandemics. It is not only a matter of civil security preparedness Research within the EDA, through a systematic approach. An at home, also the area of Common Security and Defense Policy important aspect of this cooperation is that same content topics is concerned. We can only meet the threat effectively, when pre- will not be processed and promoted twice. Tax payers money vention is part of our strategy. To make the best use of our re- can only be spent once. The Fact that much of the technology in sources, we must pool our efforts in a coordinating European the field of security research can be used for both civilian and framework. military applications underlines the need for this cooperation. An example of such coordination is the European Framework As a result the Member States of the EDA are going to launch Cooperation between the European Commission, the European next year a Joint Investment Program on CBRN coordinated Defence Agency (EDA) and the European Space Agency (ESA). with the 2010 calls of the current Framework Programme. v

A national response to CBRN threats

Dr. Marc Cadisch, Director SPIEZ LABORATORY The Swiss Institute for NBC-Protection, 3700 Spiez-Switzerland, [email protected]

Abstract of horizontal and vertical coordination or with the management Managing a coordinated and efficient response to possible of limited resources cannot be adopted wholesale to the Euro- CBRN threats poses a surprisingly similar set of challenges both pean level. However, certain measures taken in Switzerland over to Switzerland and the European Union: Both are highly frag- the past few years – such as working with a specific set of threat- mented political entities with strong regional authorities, une- scenarios to assess the needs of first-responders – might be useful venly distributed resources, similar institutional structures and a as a comparative reference for future CBRN-planning on a relatively weak centre. The Swiss way of dealing with questions transnational level. v

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 41 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

CBRN – A Nightmare for Forces ?

Albrecht Broemme, Dipl.-Ing. President of the Federal Agency for Technical Relief (THW) Provinzialstraße 93, 53127 Bonn, [email protected]

Abstract the nuclear power plant accident), in the biological field (bird ABC-Intervention! A doomsday scenario for the personnel or a flu to biological weapons) and in the chemical field (dangerous well controllable situation? goods accident to poison gas exposure) and present on the basis The longtime chief of the Berlin Fire Department and current of the capabilities of the intervention forces their control opti- president of the Federal Agency for Technical Relief, will point ons. The goal is the unbiased approach to the „Sensitive term out in his presentation the range of interventions in the nuclear ABC“ the assessment of risks and the hilighting of the capabili- area (traffic accident with weak contaminated work clothes to ties of civilian forces in the denial of risks. v

Medical Biodefense – Challenges and Solutions

Professor Dr. Lothar Zöller, Colonel Bundeswehr Institute of Microbiology, Neuherbergstr. 11, D-80936 München, Germany [email protected]

Abstract the Guidelines of the German Federal Medical Society („Richtli- The deliberate release of a biothreat agent would most probably nien der Bundesärztekammer“). The Bundeswehr Institute of become apparent as a cluster of cases with un usual symptoms, Microbiology has set up a broad range of diagnostic assays fulfil- resembling a natural infectious disease outbreak caused by the ling these criteria. The need for field-deployable diagnostic tools same agent. Therefore, the im portance of specific medical coun- has been met by the establishment of a mobile modular system termeasures can be well exemplified by looking at natural out- comprised of assays and devices for targeted sampling of speci- break situations like the plague epidemics that occurred in Surat, mens and rapid on-site diagnosis. Finally, there is a principal India, in 1994 or in Madagascar in 2006. To stop the outbreak need for non-selective molecular diagnostics that would allow to is the primary goal of medical countermeasures. Early identifica- screen specimens for the presence of any organism in a single di- tion of the causative agent is crucial and requires the availability agnostic approach by employing broad-spectrum prim ers. A of rapid field-deployable diagnostic assays as well as a range of promising solution to this challenge has been developed by IBIS state-of the-art confirmatory assays. Early diagnosis enables the Biosciences and is now marketed by ABBOTT under the trade implementation of early antimicrobial treatment of patients and name PLEXID®. This technology uses broad-spectrum primers contacts and will help to avoid panic. The surveillance of ende- binding at conserved sites of the genome and amplifying the va- mic infectious diseases may provide an early indication of the riable sequences lying in between. The amplicons are then mea- potential natural source of the outbreak. Bioforensic analysis will sured by means of ESI mass spectrometry, which allows to help to discriminate natural from deliberate outbreaks. determine their exact base composition in terms of the quanti - Current lists of potential biothreat agents contain a large num- ties of each nucleic acid residue and to identify the organism by ber of viruses, bacteria and toxins. The biothreat risk, which is a means of a database containing published se quence information. function of the extent of potential damage and the probability Primers are chosen to cover the whole range of known bacteria, of an event, is estimated to be greatest for B. anthracis, Y. pestis, viruses and fungi. botulinum toxin and ricin. But besides the classical biothreat The term bioforensics actually means taking molecular finger- agents, there are a number of new threats, which may arise from prints of biothreat agents by means of sophisticated molecular natural agents like Nipah virus or Ngari virus, which is a new re- typing techniques, enabling to identify and trace back a particu- assortant bunyavirus causing hemorrhagic fever. The genetic lar strain by means of a typing database. Such an approach may modification of mousepox virus by insertion of the inter leukin-4 elucidate the source of an outbreak as has been shown in the gene has shown the principal possibility to shut down host im- Amerithrax case. However, huge international efforts are neces- mune response during infection, rendering the recombinant sary to create such databases on the basis of standardized typing virus a lethal agent. Furthermore, in vitro synthesis of live or- methods that can be utilized by all laboratories in a biodefense ganisms is a real possibility today and has been demonstrated for laboratory network. Twelve European countries are engaged in a even highly complex microorganisms like mycoplasma. current EDA category A project aiming at the establishment of A challenge in the field of diagnostics of biothreat agents is the such a standardized database. lack of commercially available assays, which requires establish- New developments in the field of antimicrobial treatment and ment of adequate inhouse assays. In Germany, such assays must vaccination are, amongst others, a new recombinant monoclonal be validated in accordance with the provisions of the German antibody against B. anthracis PA that has been included in the Medical Devices Act („Medizinproduktegesetz“) and used under U.S. Strategic National Stockpile, as well as other recombinant a quality manage ment system which meets the requirements of monoclonal antibody and new recombinant anthrax vaccine page 42 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear candidates. ST-246 should be mentioned as a novel small mole- underway. This new compound is promising since it can prevent cular weight compound that has proved efficacious as an anti- smallpox even if applied in the late phase of incubation time poxvirus drug in non-human primate trials for symptomatic and when vaccination alone would come too late. v asymptomatic infections. Phase III clinical trials are currently

CBRN tactical actical Decontamination/Detoxication OPS and SX34 System for CBR decon of sensitive Equipment

Dr. Stefano Miorotti CRISTANINI S.p.A. Via Porton, 15 37010 Rivoli V.se (VR) Italy, [email protected]

As former Commander of CBRN specialized unit I have been tems based on heating /vacuuming processes in dedicated shel- confronted to different combat conditions like deployment in ter. mountains cities, open field, caves etc. ... I have been regularly This approach not only made the operation complicated and lo- confronted to unexpected situations where I had to adapt the gistically unsuccessful, but was also a serious attempt to the ma- theory into practical rapid reactions. This special situation re- terial itself. quire to have very flexible means to fulfill the mission. These are CRISTANINI SPA, from 1972, devoted all its efforts to find the situation in which you can test capabilities, flexibility and li- out better ways to solve the problem of decontamination in a mits of the equipment in service. easy a simple way. v My experience in decontamination process make me aware that a lot of false detection can conduct to an overload in decontami- REFERENCES: nation of units. Multispectral decontaminant are not always • VOP-026 STERNBERK –VTUO Division BRNO – CZ available and it is an evidence that the decontamination process Rep.-Decontamination efficiency of the SX34 Decontaminant must not damage the equipment to be decontaminated or be purposed for Detoxification of surfaces (UP1 1140) unfriendly to the environment. • NBC JOINT LOGISTIC TECHNICAL CENTRE, ITA Due to the limitation to the available manpower it is necessary ARMED FORCES, Civitavecchia Rome, Experimental research to have a system easy to use and requiring minimum personnel. on SX 34 decontaminant System for sensitive surfaces (UP 1178) The system itself must be flexible and allow interoperability bet- • CEB – CENTRE D’ETUDES DU BOUCHET – FRANCE- ween different decontaminants (solid and liquid). Moreover the Evaluation du systeme de decontamination SX 34 (UP 1222) integration between small scale and large scale systems must be • GIORDANO INSTITUTE ITALY, Pressurization test of con- possible as force multiplier concept. The logistic support must tainers containing decontaminating product SX 34 (UP 1128) be limited to the minimum in terms of consumables and main- • GIORDANO INSTITUTE ITALY, Electrical insulation test tenance. Moreover the system must be multipurpose in order to on SX 34 (UP1181) offer different capabilities just adding accessories. • US Army NUCLEAR and CWMD Agency „COMBATING In Afghanistan it is important to have a Decon/Detox system WND JOURNAL“ Feb. 2009, Regarding our kit for Deconta- capable of working in altitude and able to use improvised water mination of sensitive material. (UP 1215) sources. • ITALIAN RESEARCH CENTREA AND STUSIES Jun. The system must be easy deployable and be able to deliver elect- 2010, Cristanini SX 34 Decontamination System for sensitive rical power. equipment and its effectiveness in Radiological contamination- Decontamination of sensitive equipment was a shortfall: radio, RN Lab Test 1st Draft Result dated 14 June 2010 (UP 1257) detectors, night goggles, jammers etc.. Traditional method would cause irreparable damage. 1 UP this acronym refers to CRISTANINI internal database. The old fashioned traditional way was using solvent or other sys- Complete tests report are available on request.

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 43 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

Advances in Handheld, Field-Based Chemical Identification

Bruce Barnett, Product Specialist and EMEA Sales Thermo Scientific Portable Optical Analysis (Formerly Ahura Scientific), 46 Jonspin Road, Wilmington, MA 01887, USA, [email protected]

Abstract tainers, including commercial and homemade explosives and Advances in portable instrumentation are significantly altering their precursors, CWAs, and toxic industrial chemicals. the tactics and procedures used for chemical identification in the FTIR spectroscopy, another proven analytical technique, has be- field. Rather than removing a sample from the hazard zone, res- come more viable in the field due to greater ease of use, faster re- ponders can now rely on handheld instruments for rapid identi- sponse time and truly handheld instruments. New technology fication directly on-scene, saving time and increasing responder minimizes sample preparation while advanced chemometrics eli- safety. Proven technologies like Raman and FTIR are gaining in- minate user interpretation for consistent, accurate ID results. roads as instruments meeting the ruggedness, analysis speed and This session will discuss the use of handheld instruments for true portability requirements are being deployed in theater field-based identification of chemical threats. Analytical perfor- across the world. mance will be presented along with case studies and user scena- Raman spectroscopy is well-suited for field identification of li- rios. quids and powders encountered in weapons caches or clandes- Keywords: Chemical Identification, Chemical warfare agents tine laboratories. Raman enables responders to quickly identify (CWA), Raman, FTIR, Handheld v potentially dangerous unknown substances through sealed con-

Current developments and objectives on CBRN Defence on the French Armed Forces’ CBRN Defence

Brigadier General Parlanti, Chairman of the French Joint CBRN Executive Committee État-Major des Armées, Paris

Abstract mely the protection of the military forces, to encompass the The 2008 French White Paper on National Security and De- contribution to the protection of civilians primarily on the Na- fence has described the threats and risks France could have to tional territory but also abroad. Consequently, the Military face in the mid-term future. Placed high among them, the threat CBRN Defence Units have now to be prepared to participate to of a terrorist attack against the French National Territory using Interagency CBRN Consequence Management operations CBRN materials has drawn a specific attention given its possible alongside with the Civilian Emergency Units. consequences. With respect to the Armed Forces’ commitment In order to allow the Joint Chief of Staff to address these two to the National Defence and Security, the 2008 White Paper different operational situations, the military CBRN Defence is identified four generic operational scenarios including the pro- progressively managed in more joint way and the CBRN capabi- tection of the National territory and the French people. In this lities constitute now a joint pool of highly specialized units trai- particular case, the military forces could have to reinforce the ned to carry out a wide range of missions in a broader Civilian Security assets when the National territory and its po- environment. In parallel, the current equipments will be pro- pulation are attacked or suffer from a natural, environmental or gressively replaced in the framework of a streamlined capacity industrial disaster. policy aimed to set up a fully integrated Joint CBRN Defence Against this background, the missions assigned to the military system by 2020 the first block of which will be the Biological CBRN units have evolved beyond their traditional scope, na- Detection System known as DETECBIO. v

page 44 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Automatic Immunomagnetic Separation and Detection of Viruses – Identifying Adenovirus via Sandwich ELISA and PCR Amplification of the Hexon Gene

Alois Friedberger, Christoph Heller, Andreas Helwig, Beatrice Geisberger und Ulrich Reidt EADS Innovation Works, Dept. IW-SI, Sensors, Electronics & Systems Integration; 81663 Munich; Germany, [email protected]

Abstract the species by sandwich ELISA and PCR amplification of a part The automated detection of viruses is a scientific challenge. A of the hexon gene which encodes for a capsid protein of the number of sensitive detection methods are known (e.g. PCR, virus. With AdV as a model organism we could show that such a ELISA, FISH etc.) but a major problem is the enrichment and fully automated detection system is an alternative to time-consu- separation of the viruses from environmental background. We ming conventional detection methods for viruses where cell cul- present a fully automated capturing and separation system com- turing steps must be connected. The system can be regarded as a bined with one of the sensitive detection techniques. We develo- major step towards an automated stand-alone analyser for envi- ped a method for separation and detection of adenovirus (AdV) ronmental virus monitoring. Capturing and enrichment of viru- with antibody coated paramagnetic beads. After capturing, viru- ses and other analytes can be advantageous for protection in ses were either detected by PCR or by sandwich ELISA. De- different defence and civil applications such as military camps or tection assays were developed and implemented in a laboratory critical infrastructure. In addition the automated detection sys- prototype for automated processing. We succeeded in enriching tem could also work with other possible sample matrices for automatically AdV by immunomagnetic separation and detected example in food defence or in health diagnostics. v

A rapid deployable bio lab – Microbiological high-tech diagnostics for operations abroad

Roman Wölfel, Ilona Mossbrugger, Eva Felder Dept. for Medical Bio Reconnaissance & Verification, Bundeswehr Institute of Microbiology, Munich, Germany

Abstract well as diagnosis of other dangerous diseases, even in low-re- The Bundeswehr Institute of Microbiology has developed labo- source environment. The equipment offers the possibility to in- ratory equipment capable of rapid deployment to operations ab- vestigate infectious diseases outbreaks in humans and animals road. It allows reliable detection of biological warfare agents as using state-of-the art microbiological techniques. v

An Integrated Approach to Detection and Identification of Aerosolized Biological Agents

Ken Klein Smiths Detection, 459 Park Avenue, Bushey, Watford, Herts, WD23 2BW, Great Britain

Abstract outdoor settings and operated by battery or mains power. o a Amidst growing global terrorist threats, aerosolized releases of specific location. Data from a wide area array of SBS systems can biological agents are a real possibility that we need to be prepa- be monitored remotely via Ethernet or wireless communication red for. nimized and appropriate medical care can be provided. to a central command and control station, so that results from a Of particular concern are large high profile public gatherings series of SBS units can be monitored over time and space. and well known locations. While SBS functions as a Bio-detector, it also has proven ef- The SmartBio™ Sensor (SBS) is well suited to provide near-real- fective at collecting microbes on specially coated sensor coupons time detection of bio-aerosol releases as well as classification of that are part of the detection system. SBS detects bio-aerosol re- the agent as being more like bio-toxin, bacterial spore, virus or leases using two specially coated sensor coupons that are about vegetative bacteria. The system can be deployed in indoor or the size of a bank card. Following a Bio-Alarm, the microbes

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 45 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear that have adhered to the sensor coupon can be subsequently elu- bes that cause Anthrax, Plague, Tularemia and Smallpox. Simi- ted from one of these coupons with a simple aqueous solution larly, bio-toxins can be identified from this aqueous elution using a disposable pipette. solution can then be analyzed on the using the Prime Alert Toxin Screen which identifies Ricin, Botu- Bio-Seeq™ PLUS Biological Agent Identifier using a series of linum and SEB (Staphylococcal Enterotoxin B). These systems LATE PCR (Linear After the Exponential Polymerase Chain Re- are now commercially available and we will provide illustrations action) assays that are highly sensitive and selective to the micro- of how they are being deployed in the field. v

Rapid on site detection of biowarfare agents with lateral flow assays

Dr. Sibylle Pagel-Wieder1, PD Dr. Frank Gessler1, Dr. Bärbel Niederwöhrmeier2, Dr. Hans Jürgen Marschall2, Dr. Birgit Hülseweh2, Dr. Heiko Russmann2, Marc André Avondet3, Dr. Nadia Schürch3, Dr. Olivier Engler3 ,Dr. Brigitte Dorner4 1 miprolab GmbH, Göttingen, Germany 2 Bundeswehr Research Institute for Protective Technologies and NBC Protection (WIS), Munster, Germany 3 Spiez Laboratory, Spiez, Switzerland 4 Robert Koch Institute, ZBS3, Berlin, Germany

Abstract and antibodies were kindly provided by WIS, Spiez Laboratory, With regard to the potential use of biological threat agents for and Robert Koch-Institute (RKI). In general, test procedure bioterroristic purposes, rapid field methods, which can be used starts by collecting and preparing the suspicious sample with a by minimally trained personnel, are required for efficient on-site special sampling device provided with the LFA kit. The prepared detection. Immunochromatographic lateral flow assays (LFA) re- sample has to be applied onto the sample port of the LFA and present a field method fulfilling these needs. In a joint project after exactly 20 minutes the read-out is done either with the with the Bundeswehr Research Institute for Protective Technolo- naked eye or with a portable reader. This reader allows a semi- gies and NBC Protection (WIS, Germany), the Science & Tech- quantification of the test signals, a data back-up, and moreover, nology center of armasuisse (W+T/armasuisse, Switzerland), and an impartial measurement. After assay development and in- the Federal Office of Civil Protection (Spiez Laboratory, Switzer- house validation, LFA for the detection of the three toxins and land), miprolab GmbH was assigned to develop and produce la- plague were validated at WIS and Spiez Laboratory. The valida- teral flow assays (LFA) for the rapid detection of toxins, bacteria, tion study includes both the determination of the detection li- and viruses. Current LFA-developments include the main biolo- mits and the recovery rate of the target in spiked environmental gical warfare agents of the so called „dirty dozen“, e.g. ricin, Sta- samples. To conclude, due to its simple application the LFA des- phylococcus enterotoxin B (SEB), Botulinum neurotoxin, cribed here represents a method to be used by untrained person- Yersinia pestis (plague), Francisella tularensis (tularemia), Bacil- nel for the rapid detection and identification of biological lus anthracis (anthrax), and Vaccinia virus (smallpox). Reagents threats in the field. v

Automated DNA-Preparation System for Bacteria out of a Milliliter Liquid Sample

Rainer Gransee1, Tina Röser1, Klaus Stefan Drese1, Dominik Düchs1, Claudia Disqué2, Gudrun Zoll3, Stefan Köhne3, and Marion Ritzi-Lehnert1 1 Institut für Mikrotechnik Mainz GmbH, Carl-Zeiss-Straße 18-20, 55129 Mainz, Germany [email protected] 2 Molzym GmbH Co.KG, Mary-Astell-Strasse 10, 28359 Bremen Germany 3 Wehrwissenschaftliches Institut für Schutztechnologien, Humboldtstraße, 29633 Munster, Germany

Abstract sampler, can be processed to extract and lyse bacteria, and subse- Preventing bacterial contaminations is a significant challenge in quently to purify their DNA using a silica matrix. After the was- applications across a variety of industries, e.g. in food proces- hing and elution steps, the DNA solution is dispensed into a sing, the life sciences or biohazard detection. Here we present a reaction vessel for further analysis in a conventional laboratory fully automated lab-on-a-chip system wherein a disposable mi- polymerase chain reaction (PCR) device. We demonstrate the crofluidic chip moulded by polymeric injection is inserted into workability and efficiency of our approach with results from a an operating device. Liquid samples, here obtained from an air 9 ml liquid sample spiked with E. coli. v

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Electrical biochips – A new dimension in detection of biological warfare agents

Thomas Elßner Bruker Daltonik GmbH, Permoserstrasse 15, 04318 Leipzig, Germany

Abstract Worldwide there is an evident danger for the use of biological electrical protein array chips we presenting here is based on an hazardous agents as weapons of mass destruction. The potential enzyme-linked sandwich immunoassay, which includes captu- spectrum of bioterrorism ranges from hoaxes to classic biological ring and detection of toxins by specific antibodies. Captured to- warfare agents like the „dirty dozen“, which can produce mass xins are detected via measuring the electrical current generated casualties. High molecular-weight bacterial protein toxins such by redox recycling of an enzymatically released substance. as botulinum neurotoxins or staphylococcal enterotoxins and Simultaneous detection of five different bacterial and plant to- highly toxic plant lectins like ricin are considered as potential xins (Botulinum toxin A, B and E as well as staphylococcal ente- biological warfare agents. The applicability of these toxins for rotoxin B and ricin) on one chip could be successfully small-scale terrorist attacks is based on their availability, ease of demonstrated with excellent sensitivities. Furthermore identifi- preparation, high toxicity and the lack of medical countermea- cation of toxins spiked into diverse complex drinking matrices sures. like milk, apple juice, red wine, coke, tea could be shown. In ad- Generally, toxin detection can be carried out by immunological, dition, ricin obtained from seeds of several varieties of Ricinus mass spectrometric and functional assays. The detection on communis was detectable using the same chip. v

Advances in Handheld, Field-Based Chemical Identification

Speaker to be named ServanTech GmbH & Co. KG, Dieselstr. 18, 61191 Rosbach, Germany

Abstract tine laboratories. Raman enables responders to quickly identify Advances in portable instrumentation are significantly altering potentially dangerous unknown substances through sealed con- the tactics and procedures used for chemical identification in the tainers, including commercial and homemade explosives and field. Rather than removing a sample from the hazard zone, res- their precursors, CWAs, and toxic industrial chemicals. ponders can now rely on handheld instruments for rapid identi- FTIR spectroscopy, another proven analytical technique, has be- fication directly on-scene, saving time and increasing responder come more viable in the field due to greater ease of use, faster re- safety. Proven technologies like Raman and FTIR are gaining in- sponse time and truly handheld instruments. New technology roads as instruments meeting the ruggedness, analysis speed and minimizes sample preparation while advanced chemometrics eli- true portability requirements are being deployed in theater minate user interpretation for consistent, accurate ID results. across the world. This session will discuss the use of handheld instruments for field- Raman spectroscopy is well-suited for field identification of li- based identification of chemical threats. Analytical performance quids and powders encountered in weapons caches or clandes- will be presented along with case studies and user scenarios. v

Design andAssessmentof CBRN Identifiation Systems

Roberta Collino, Y. Gaubert, S. Keller Thales Security Solutions & Services, 20-22, rue Grange Dame Rose, 78140 Vélizy, France, [email protected]

Abstract miniaturised equipment, as the biological compact laboratory. The emergence of asymmetric warfare has heightened the need Expert systems are under development to provide context-sensi- to improve performance, basic functions (detection, identifica- tive support to operators and guide them through recommended tion...) and to optimise CBRN security network deployment procedures and protocols. The presentation will focus on on- and data management to mitigate risks for forces in the field. going developments for biological agents identification. New Thales is building on its operational analysis capabilities to furt- concepts of compact systems allowing automated process from her enhance the performance, mobility and usability of future sample collection to analysis result will be highlighted. v CBRN solutions and is therefore developing a new generation of

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Sporicidal efficiency of disinfectants on the surfaces of personal protective equipment – a model for the validation

Karin Lemmer1, Anja Roder1, Roland Grunow1, Martin Mielke2, Ingeborg Schwebke2, Georg Pauli1, Herbert Nattermann1 1 Center for Biological Safety 2 Applied Infection Control and Hospital Hygiene, Robert Koch-Institut, Berlin, Germany

Abstract confirmed in any of the tested models. Under these conditions, The decontamination of personal protective equipment (PPE) 1.0 % PAA reduced the viability of the spores by a factor of used under worst-case conditions and suspected to be contami- about 6 log10 within 2 to 3 min of exposure which was the ma- nated with biologically hazardous agents must be highly effective ximal reduction that could be measured in the test. When B. an- and safe. In the present study we developed and evaluated model thracis was used under the conditions of model 2 and 3, it was test systems for validating the effectiveness of disinfectants on shown that the spores of this agent had a higher tolerance to the surfaces of PPE. Due to previously reported advantages as PAA. 2.0 % PAA completely prevent the recovery of viable well as sporicidal activity in vitro peracetic acid (PAA) was in bacteria from spores within 2 to 3 min. In order to develop a focus of our study. safer but nevertheless valid test model, i.e. to avoid the use of B. The development of the model test system started with spores of anthracis, spores of B. thuringiensis were extensively tested espe- Bacillus subtilis as a surrogate for B. anthracis. The spores were cially under the conditions described for model 3 and using 2.0 spotted onto suitable carriers (e. g. 2.5x2.2 cm) prepared from % PAA in combination with different detergents. A high spore PPE surface materials and were fixed by air-drying. Three diffe- reduction (from 5 to 6 log10 steps) could be observed within 3 rent models were used which differed in the following aspects to 5 min of PAA exposure. concerning the use of the disinfectant: In model 1 the carrier Finally, the experience gained with the model carrier assays has was completely submerged in PAA, in model 2 the contamina- been transferred to trials under more realistic conditions. The ted area of the carrier was covered with 100 or 50 μl of PAA wit- practical tests confirmed the efficacy of PAA when used in a hout any mechanical action, and in model 3 a volume of 10 μl concentration of 2.0 % for 3 min, i.e. parameters obtained in of the disinfectant was mechanically applied to the contamina- the model carrier assay. We propose to use the developed model ted area as a thin layer. Detergents were added to reduce the sur- systems as a tool for screening and evaluating disinfectants for face tension. their sporicidal efficiency for the decontamination of the surfa- The effectiveness of PAA against spores of B. subtilis could be ces of PPE before final validation under field conditions. v

Patient and Casualty Decontamination Systems: Mobile Tent Based Decontamination System for Walking and Stretcher Patients

Thilo Schuppler, N. Dienst, G. Hemmer OWR GmbH, Oberschefflenzerstrasse 9, 74834 Elztal-Rittersbach, Germany, [email protected]

Abstract cantly more options and room in the space intensive task of ca- Changes in Priority – Compared with battlefield mission sup- sualty decontamination. The interior can be modified by the port scenarios of yesterday, today’s goals put significantly more operators to achieve multiple tasks and react to complex missi- importance on the protection of personnel after a CBRN attack ons. It is even possible to replace showers with an isolation unit. than on restoring the mission readiness of equipment. Aside To increase the throughput of non-walking casualties, a sophisti- from classic military missions, armed forces must provide sup- cated stretcher conveyer system has been developed to provide a port for CBRN threats from terrorists or release of dangerous stable and safe working area which allows personnel to tho- materials by natural disasters. Greater flexibility is required to roughly perform decontamination in the minimum of time. cooperate with civil forces in a broad spectrum of scenarios fo- GD-6 is a highly effective water-free decontaminant for pre- cusing on saving people. Personnel decontamination, mobility cleaning of operatives wearing personal protection equipment. and fast operational readiness are important criteria combined Sprayed onto boots or suits, GD-6 destroys CWAs within minu- with a high throughput of people and flexible mission setup. tes. AlldecontMED is a decontamination solution for the ef- Exercises have shown that strict separation of walking and stret- fective detoxification and cleaning of the skin and even procedures cher patients is unpractical and the situation of an individual for wound cleaning have been developed. Realistic training is es- soldier or civilian can change within seconds. Tents are the back- sential and TOXsim is a non-toxic solution used for simulating bone of the concept of personal decontamination and a new line skin, clothes and equipment contamination by CWA. Displace- of inflatable tents has been developed which provides signifi- ment or residues can easily be detected by UV light. v page 48 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Requirements for skin decontaminants in emergency management and military operations

Dr. Martin Weber, Lt. Colonel WIS ZInstSanBw, Humboldtstr. 1, 29633 Munster

Abstract management services. Many toxic chemicals and chemical warfare agents can penetrate Skin detoxification can be achieved by the physical removal of the skin or can produce toxic effects in the skin. These effects are toxicants and additional chemical degradation. Chemical agents distinctly different from the effects induced by other routes of can be degraded hydrolytically, oxidatively or enzymatically. exposure. Especially low-molecular-weight substances with a log In-vitro studies on pig skin that was exposed to thickened and P value from 1 to 3 play an important role in this context. These non-thickened sulfur mustard, lewisite, VX and cyclosarin substances must be rapidly removed after contact. Skin deconta- showed that solvents that can dissolve both hydrophilic and li- minants that are used for this purpose must be classified as me- pophilic toxicants are suitable for use against a large number of dicinal products. toxicants. Additional chemical degradation considerably impro- Decontamination products must be available as items of perso- ves the effects of decontaminants and prevents the spread of nal equipment and in large quantities at decontamination stati- contamination. Oxidative degradation is the only method that is ons operated by CBRN defense units and civilian emergency not selectively effective. v

Modern Developments in NBC Defence Systems

Peter S.H. Georgi, Member of the Board Rheinmetall MAN Military Vehicles GmbH

Dr. Bernhard C. Halstrup, Head of Competence Center NBC Defence Systems, Rheinmetall Land Systems GmbH

Abstract • outstanding analytical performance (Identification/ De- As of today both military as well as civilian first responders are tection) based on more than twenty years of continuous re- facing new and ever increasing challenges. Asymmetric threats search and development in this area show up at places never expected before. This is especially true • full integration of suite equipment, offering military rugged- with the threat associated with CBRN-attacks but also valid for ness, ergonomic set-up as well customized “easy-to-use” opera- other types of and agents and different ways of release. tional software To cope with such new threats new ways of reaction are manda- • various logistic as well as tactical carrier vehicles of all weight tory. The solutions applied and products required for detection, classes and protection levels identification, warning and counter-measures have to be flexible, • world-wide contractor logistic support to assist the customers fast and deployable all over the world. in all missions. The company Rheinmetall MAN Military Vehicles GmbH The presentation will especially focus on the synergy effects pro- (RMMV) was established to better deal with the challenge of ra- vided by the combination of the expertise of both MAN and pidly changing operational requirements and to provide innova- Rheinmetall Defence. By choosing the „best from both worlds“ tive products tailored to the various needs of customers worldwide. the new company is determined to provide customers world- Based on their respective experience both Rheinmetall Defence wide with most modern products needed to tackle their future and MAN can make valuable contributions to such new pro- challenges. v ducts:

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CBRN System Integration Challenge – Benefits to the Mission

Wolfgang Klos, Colonel, Commander NBC Defence School Mühlenweg 12, D-87527 Sonthofen, [email protected]

Abstract own forces have to be protected against CBRN warfare agents Detection and identification of CBRN warfare agents and hazar- and hazardous CBRN substances, CBRN monitoring from wit- dous CBRN substances are playing an ever greater role in hin convoys is needed for movements in the theatre of operati- CBRN protection. It is getting ever more important to have ons, and the CBRN threats posed by improvised explosive suitable measuring techniques in order to rapidly obtain infor- devices, namely CBR-IEDs and alternative release methods for mation about released substances. In addition, the need for mea- hazardous CBRN substances, have to be coped with. suring systems which allow the detection of highly toxic If you look at the different scientific areas, you will realize that substances or warfare agents at the lowest possible concentration in the field of CBRN reconnaissance technology there is a sha- in the air and issue a warning has grown immensely. There is red desire for a holistic approach offering an increased stand-off also an intense desire for smaller, hand-held but still efficient capability, high reliability in detection and alerting, and rapidity technical solutions which require few personnel, put robotics in identification. technology to use, if possible, and are best suited for selective If you look at the training requirements and judge by the so- employment in acute incident-induced situation, even in urban phistication of the measuring systems, you will realize that quali- terrain. fied scientific or laboratory-level training is necessary. An For the German armed forces, international conflict prevention interdisciplinary qualification will not be possible since it would and conflict management operations will be the most likely ope- require an unmanageably broad spectrum of capabilities. Only rations in the foreseeable future. Therefore, in addition to the the employment of modular forces which are tailored to the classic CBRN hazard potential, the CBRN reconnaissance forces mission will lead to the desired results. In addition, we should have to reckon with natural and industrial CBRN hazards in the strive for the „sharing“ between allies. v area of operations. Furthermore, camps and field facilities of the

Comprehensive Air Treatment – a decisive requirement for future Collective Protection Systems (COLPRO)

Jehudah Fehlauer Beth-El Zikhron Ya`aqov Industries Ltd., P.O. Box 166, 30951 Zikhron Yaaqov, Israel, [email protected]

Abstract Mindful of this, Beth El has developed systems which offer suc- We take this opportunity to describe the ethos and aims of the cessful solutions for modern armed forces with „complete pro- House of Beth-El, and the development and production of fil- tection“ that: tration systems for civilian and military customers which are a • Start with legal requirements (i.e. Protection from carbon mo- consequence of them. These systems are based on an entirely noxide in the work place). new conceptual approach and are therefore not directly compa- • Consider the local weather conditions (temperature, humidity, rable to conventional systems. As a result of this development, dust, fine dust, germs) the company has become the main supplier to almost all NATO • Also consider industrial pollution ( Release Other Than At- armies in just 3 years. tack/ROTA, Toxic Industrial Chemicals/TIC) The starting point at Beth-El is always consideration of the • Account for the possibility of terrorism/enemy attacks on the many and diverse threats to the air which soldiers breathe while air (dirty bombs, poisoning in the air, use of biological and deployed on global operations. The aim is to protect them, and chemical warfare agents). to provide a single source of ‘clean’ air. Today, the company delivers combined ventilation-, air-condi- The most important diverse threats to the air are asymmetric ter- tioned-, CO-, NBC protection systems for „around the clock, rorist attacks with unconventional means, industrial chemicals 24/7“operation in any climate zone. Thus military customers released intentionally or unintentionally, the influence of ex- have a single-source supplier for worldwide operations, of the treme weather conditions with high concentrations of dust and permanent and preventative protection of breathing air. fine-dust and hazardous fecal bacterial germs which are found in No matter what type of air is outside, there is a definite require- the air in many operational theatres. ment for user air quality inside v

page 50 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Integration of individual CBRN protection into the clothing system of the soldier

Hans-Jörg Wickert Blücher GmbH, Mettmanner Straße 25, 40699 Erkrath, [email protected]

Abstract ges: have they really changed since the end of he Cold War, or Protection, carrying loads, weight, mission capability and opera- are we still caught in old doctrines? bility, logistics, integration of components – all major points From the experience with Soldier Modernization Programs and challenges which have to be considered when generating a (SMP) there are more attractive components: ballistic protection comprehensive personal protective equipment system. Can che- including stab and shrapnel protection, C4I, navigation and mical protection be integrated into normal combat clothing sys- load bearing systems. At the same time there are a lot of unsol- tems, should it be integrated and if so, how? ved problems including energy supply, weight, interfaces and Coming from the side of CBRN protection: When one thinks system integration to name just a couple. A major human factor about chemical protective clothing, most people think heavy, is creating an acceptable balance of physical mobility for the thick overgarments – uncomfortable and hot to wear. Traditio- wearer, without compromising on protection. nally, CBRN protection consisted of overgarments, worn over The presentation will focus on outlining current and foreseeable the standard Battle Dress Uniform – adding up to 3 kilos of trends and developments in CBRN protection to be integrated extra weight for the wearer to carry around with him. Ponchos into SMPs. Coming from different national approaches, a va- were used to protect against the spill of massive amounts of riety of options will be made more transparent. v CWAs. Is this situation overcome? Scenarios, threat and challen-

The Analytical Task Force – An Element of a modern Civil Protection System

Dr. Roman Trebbe, Head of the Analytical Task Force Federal Office of Civil Protection and Disaster Assistance (BBK), Provinzialstraße 93, D-53913 Bonn, Germany, [email protected]

Abstract group consisting of high-level emergency response personnel One resource of Civil Protection judged as necessary is a special with high expertise in coping with CBRN situations as well as unit, which is capable of delivering fast analytical results in case CBRN-specialists of the BBK was tasked to prepare the practical of chemical incidents. conversion of the bases and the definition of equipment and a A research project, funded by the Federal Office of Civil Pro- deployment concept. tection and Disaster Assistance (BBK) and carried out by the As a result of the working group’s efforts since 2010 now seven Technical University of Hamburg-Harburg (TUHH) and the ATF centres are in full operational service, thus covering the Hamburg fire brigade was published in 2001. It set the theoreti- whole Federal Territory of Germany. The ATF centres are provi- cal bases for the establishment of a special CBRN reaction team, ded with state-of-the-art analytical equipment for chemical ana- capable of performing field analytic. lysis in the field. Within two to three hours after receiving a call In 2003 subsequently, the BBK started a pilot project to transfer for assistance the ATF centres are able to reach all locations in the theoretical bases into an applicable concept. A working an operating range of approx. 200 km. v

Availability of Medical Countermeasures

Mark L. Johnson Emergent BioSolutions, Walter-Gropius-Straße 17, 80807 München, [email protected]

Abstract ventative manner, such as through vaccination, must be stockpi- Biological weapon release brings with it an extreme timing chal- led in order to ensure a readily available resource to be used in lenge in that casualties can result in a matter of days or even the post-attack medical response. Recognizing that every nation hours. Medical Countermeasures (MCMs), if not used in a pre- has its own legal regime for researching and developing MCMs,

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 51 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear approving their use, procuring them for government stockpiles, medical interventions, the time to develop and execute a com- detecting disease, authorizing the use of those stockpiles, trans- prehensive preparedness and response plan is well in advance of porting the MCMs to points of delivery, dispensing the MCMs an actual biological incident. The time is now! v to potential victims, and dealing with the consequences of those

Protecting People and Critical Infrastructure in a Multi-Organizational Approach to Hazard Response

Karin Potje-Kamloth, Knut Welzel, Marion Ritzi and Klaus Stefan Drese Institut für Mikrotechnik Mainz GmbH, Germany

Abstract that will detect hydrolysis products resulting from the release of Subways are a potential target for terrorist attacks. For this rea- one or more hazardous substances with a certain probability and son, the release of harmful chemical substances in subway trains compare them with their stored Acute Exposure Guidelines Le- was chosen as test case for the OrGaMIR project. The project vels (AEGL) value. The universal applicability of this concept goal is to expedite evacuations and other rescue operations. The provides new insights into optimal designs of interfaces between “OrGaMIR system” is based on an innovative approach to pro- micro- and information systems, or between multiple micro sys- vide an information delivery tool, which in case of emergency tems. v will direct passengers to uncontaminated exits using methods like loudspeaker announcements or optical signals. Further, cli- matic aspects of tunnel architectures are examined and how any shortcomings can be eliminated by new safety features, thus gui- ding the remodelling of existing as well as the construction of new subway stations. The sub-project being worked on at IMM seeks to develop, and integrate into a forecasting system, a modular analysis platform that will detect CBRNE substances by convoluting measured data from various sensors into an easily handled, concise set of information that can be used to visualize the propagation of ha- zardous materials inside subway and train stations. The modular Fig.1: Scheme of the information workflow for CBRNE detection at platform can accommodate and read out up to six gas sensors subway stations

Integrated Network Solutions for CBRN Detection

Richard D. Read Lockheed Martin MS2, 9500 Godwin Drive, Manassas, VA 20110

Abstract analysis of a biological agent release. The Base Station is a rugge- Lockheed Martin’s AbleSentry™ networked array system of sen- dized mobile computing platform that provides a graphical user sors provides early warning of the presence of radiological, che- interface of the geolocation of the RSUs on a military grid refe- mical and biological agents over a medium-to-large grid area. rence system. Data from all the RSUs is collected and analyzed The AbleSentry™ system consists of two main elements: 1) Re- at the Base Station which provides easily coded alerts for visual mote Sensor Units (RSU) which are positioned as sentinels and and audio notification of CBRN events. The system employs ad- 2) a Base Station where an operator can monitor, control and vanced proven software algorithms that utilize networking and manage the entire sensor network. The RSU’s open architecture data processing from multiple RSUs to determine local and net- design integrates the „best-of breed“ CBRN sensors into a single work alarms, minimizing the potential of false positives and allo- autonomous package. The RSU currently contains an IonMobi- wing adequate time for implementation of defensive measures. lity Spectrometry sensor capable of detecting chemical warfare Lockheed Martin’s AbleSentry™ system provides proven CBRN agents and toxic industrial chemicals, a gamma radiation de- detection capability in an autonomous, small, lightweight, easy- tector, and air particle counter and Laser Induced Fluorescence to-operate package that can provide CBRN early warning capa- (LIF) sensors used to detect biological particles in the respirable bility for both the battlefield and infrastructure protection. v size range. An integrated RSU collector facilitates confirmatory page 52 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Design and assessment of the CBRN defense systems based on simulation

Stephane Morel, Yves Gaubert THALES SECURITY SOLUTIONS & SERVICES, 20-22, rue Grange Dame Rose, 78140 Vélizy-Villacoublay, France, [email protected]

Abstract Various simulation tools are available according to: CBRN protection systems are nowdays more often defined in • Client profile (military or civilian) their globality, considering the interaction between each compo- • Type of threats (R, B or C, indoor, urban, open field) nent of the system. Thus, the detection capability is defined ta- • Level of output requirements (high-level operational require- king into account the impact on other capabilities such as ments or primary items requirements) identification, hazard management, countermeasures,… • Specific needs (ie. human behavior or units behavior accor- This concept of Overall CBRN system can be declined in both ding to military doctrine) civilian and military area, and cascaded at all levels, from opera- In order to take into account this new environment and respond tion theater in a multinational environment, to civilian sites to the variety of requirements, Thales has developed a set of protection (airport, rail station, mall...) tools and softwares: This global approach makes the definition of CBRN system ar- • The Battlelab : simulation lab to set up a genuine collaborative chitecture more and more complex, as well as its assessment. and iteractive approach with the end-user, whose objective is That is the reason why new tools have been developed, such as often the rapid solving of an issue. This requires to move out simulation. This tool helps the architects to better define the of a conventional logic – need/technical solution – and leads protection system, and the clients to better define their needs. towards a CD&E-type (Concept Development & Experimen- The simulation is mainly used in: tation) and a continuous improvement approach (IDEA: • Clarifying the client needs, Identification, Design, Experimentation, and Assessment) • Defining the system (ie. number of sensors), • A portable and interactive toolset for the development and • Identifying the operational context (incl. CBRN threats), optimization of operational scenarios and solutions for de- • Assessing the architecture and/or comparing with other alter- fense and civil domains (MOBITIC, Sword...) natives according to specific criteria defined with the client (ie. • Tools for the definition of CBRN protection systems for civi- time of alert, casualties, costs, level of false alarms...). lian sensitive sites (MATS). v

Consequence Analysis/Management: Modelling, Simulation and Software

Norbert Kopp tms – technisch-mathematische studiengesellschaft mbh; [email protected]

Abstract troops. Also the formats in which messages are composed and The subject of the lecture is the consequence analysis and the transmitted belong to it. Within NATO, the so-called ATP 45 consequence management of CBRN (Chemical, Biological, Ra- (Allied Tactical Publication 45) is the regulation that prescribes diological and Nuclear) events. It is about the spread of pollu- the consequence-management in relation to CBRN events for tants or agents. the military. Consequence analysis in this context means the calculations and An example of software from this area is NEWS (NBC Evalua- analysis of the spread of pollutants or chemical warfare agents tion and Warning System). NEWS is a software system can si- such as the may be released in accidents, acts of terrorism or in mulate the propagation of both complex situations, and warning the form of military ordnance. and hazard areas in accordance with the standard NATO ATP- Consequence management is the manner in which such an 45 charge. NBC NEWS will be the reporting and analysis of the event is handled. This will include the warning of the popula- Bundeswehr. v tion and – in the military context – the warning of affected

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Operational prediction of hazardous atmospheric dispersion with HEARTS

Marcus Herold Amt für Geoinformationswesen der Bundeswehr, Mercator-Kaserne, Frauenberger Straße 250, 53879 Euskirchen

Abstract Weather Service (Deutscher Wetterdienst, DWD) to answer re- The atmospheric dispersion modelling system HEARTS (Ha- quests by fire departments and other civilian organisations invol- zard Estimation after Accidental Release of Toxic Substances) ved in CBRN defence. The dispersion forecasts for the next 6 to has been developed by BGIO (Bundeswehr Geoinformation 12 hours arrive at the customer after not more than 30 minutes. Office) to predict short-term atmospheric dispersion of gaseous The presentation shows the overall operational workflow and substances. In its operational mode, it is used by the German describes some aspects of the HEARTS system itself. v

Robot based laser-drilling technologies in conjunction with chemical sensors

Prof. Dr. Peter Kaul1, R. Makarow1, G. Holl1, U. Dülsner2, P. Peuser3 and W. Platz3 1 Bonn-Rhine-Sieg University of Applied Sciences, von-Liebig-Str. 20, D-53359 Rheinbach, Germany 2 Explotech GmbH, Marbergweg 107, D-51107 Köln, Germany 3 EADS Innovation Works, IW-SI, P. O. Box 800465, D-81663 München, Germany

Abstract be used if a verification of a suspicious unknown object is nee- Stand-off detection is one of the most challenging tasks for de- ded. A miniaturised Nd:Yag laser oscillator crystal can be moun- tecting CBNR(E) threats. The problems related become even ted on a robotic platform. The laser crystal can be connected via more complicated if a hazardous material is concealed – as in a pumping fibre to the amplifier module and enables drilling improvised explosive devices, dirty bombs, or chemical warfare holes with very small diameters into an object. This enables mul- agents used in terroristic attacks- with no direct sight to the tiple paths for the identification or classification of the hidden CBNR(E) material. Stand-off detection systems operating over a bulk material, by analysing the ejected material or the volatile distance of more than 50 m are not available or do not fulfil the products of the laser-induced decomposition or by direct spect- demands for sensitivity, selectivity, investigation times, etc. roscopic investigation of the material behind the packacking A new approach of a stand-off detection system for hazardous material. v materials is reported in this summary of the presentation. It can

Telemax – Effective Sensing and Sampling

Dr. Alexander Ciossek Telerob GmbH, Vogelsangstr. 8, 73760 Ostfildern

Abstract and tools. By means of the very simple control of the manipula- It is always the best if nobody is exposed to danger or has to risk tor the measurements with sensors as well as the collection of his life. In the case of a CBRN incident everybody can be happy samples can be obtained very quickly and efficiently. Because the to explore the situation remotely with a robot. With the telemax sensors can be brought close to the inspected object the measu- one can even fulfill that task easily, efficiently and reliably. The rements maintain high quality and offer high certainty to recog- manipulator can automatically pickup sensors, probe samplers nize an existing threat.

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Automation of Sample Drawing with Robot Based System for Investigation of CBRN Disasters

Olga Kuzmicheva Friedrich-Wilhelm-Bessel-Institute Research Society, Otto-Hahn-Allee 1, 28359 Bremen, Germany, [email protected]

Abstract to protect the life of emergency teams and to contribute to the The investigation of emergency situations caused by natural dis- security restoration, an introduction of a semi-autonomous ro- asters or major industrial or transport CBRN accidents requires botic system for safe automated sample drawing seems to be a the presence of qualified personnel at the affected area. Drawing suitable solution. The proposed paper presents the research pro- samples is a common technique and plays an important role in ject „Reconnaissance Robot (RecoRob)” of the Friedrich-Wil- detection and verification of a probable contamination. It requi- helm-Bessel-Institute devoted to development and realization of res multiple re-entering of the contaminated area and herewith a semi-autonomous robot based system for investigation of exposes the investigation teams to rather high danger. In order CBRN-disasters and automated sample drawing. v

Current Aspects of CBRN Decontamination

Hans-Joachim Töpfer Kaercher Futuretech GmbH, P.O. Box 140, D-71349 Winnenden (Germany), [email protected]

Abstract new dimension. This question also involves the criteria for asses- Contaminated equipment can, in combination with the extreme sing the relevant decontamination effect as the basis for issuing physical and psychological stress, reduce the combat strength of authorised clearance certificates as a pre-requisite for unres- the concerned troops considerably in the case of a CBRN situa- tricted further use of the decontaminated material. These aspects tion. Regarding the CBRN threat, which is more and more diffi- will have to be considered and answered by all the armed forces cult to assess yet still present, the quick elimination of CBRN of all concerned nations especially when planning to repatriate contamination will be of remarkably high importance. In this defence material from missions abroad. context, some essential aspects of this subject will be analysed In this context, the real possibilities and limits of checking and and presented from a practical point of view. proving the intended decontamination result should also be sub- The aim of thorough CBRN decontamination is above all to ject to an appropriate evaluation in real time. render further actions possible without wearing personal CBRN In addition, the effects of decontamination measures on the en- protection equipment. Therefore the decontaminated material vironment should be considered realistically, especially in view shall not present a source of danger which surmounts the accep- of the fact that the use of CBRN warfare agents represents a table residual risk. major environmental disaster in its own right. The likelihood that military personnel and systems will be expo- Another aspect concerns decontamination after the release of sed to CBRN contaminants has increased. Military success de- TICs/TIMs. An uncritical transfer of the criteria and principles pends on the effective use of electronic or other sensitive for C decontamination to this issue cannot be accepted without equipment. For this reason, especially the requirements relating further explanation and might have fatal consequences. to the „decontaminability“, „hardness“ and „compatibility“ of Decontamination can only be carried out successfully when con- the material to be decontaminated should be scrupulously taken sidering it in its entirety. Uncritical treatment of individual into account. aspects and relations or inadmissible simplifications, including With regard to clearance decontamination or restoration, the those regarding differentiated training of soldiers at all levels, question of how clean material should be in order to be clean will inevitably have fatal consequences. v enough or how clean it should be to be safe enough takes on a

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Specific Technological Solutions for Decontamination of Sensitive Equipment

Markus Kostron Kaercher Futuretech GmbH, P.O. Box 140, D-71349 Winnenden (Germany) [email protected]

Abstract vacuum decontamination technology are described. Technical Different kinds of sensitive equipment can be mission critical. performance data, special features, capabilities and the easy use The chemical and biological decontamination of optical and of the equipment will be explained. It also will be shown that at electronic equipment which cannot be treated using aggressive process temperatures below 75 °C and within 30 min process liquid decontamination chemicals can be carried out by special time effective biological and chemical decontamination can be vacuum procedures. This article will contemplate the spectrum ensured according NATO-standards. Passed several tests pro- of sensitive equipment in regard to the specific requirements and grammes and implemented in serial systems this specific techno- the compatibility with the vacuum decontamination process. logy represents a MOTS-Solution for thorough The physical and microbiological basics and mechanisms of the decontamination of sensitive equipment. v

CBRN Decontamination: The Philosophy of the German Armed Forces

Hans-Jürgen Bauer, Lt. Colonel ABC- und Selbstschutzschule, Bereich Weiterentwicklung, Dezernat 3, Mühlenweg 12, D-87527 Sonthofen – [email protected]

Abstract to be taken into account. In the past five decades, decontamination in the Bundeswehr In many respects, a qualitatively new chapter was opened in de- was geared towards restoring the operational capability of large contamination, when the TEP 90 joint service decontamination force contingents. This stemmed from the assumption that the system was introduced. The listed parameters have been imple- Bundeswehr would have to deal with an opponent threatening mented and the innovative, future-oriented system offers a high the territorial integrity of the Federal Republic of Germany. degree of flexibility and tactical mobility. However, even if, at Today, the armed forces face new challenges, namely terrorism, present, the TEP 90 may well be called the most modern decon- the proliferation of weapons of mass destruction, „dual use“ and tamination system worldwide, it is not suited for all missions asymmetric warfare. The CBRN defence forces are confronted due to its weight and size. with a wide spectrum of operational scenarios ranging from cri- In view of the new strategic environment, this gives rise to the sis prevention to peacekeeping and peace enforcement. need for developing efficient light decontamination systems in As integral part of CBRN defence, decontamination is a bigger addition to the existing ones. These mobile systems must be challenge than ever and an extremely complex task. It has to be transportable in a cargo helicopter and suited for the rapid ope- accomplished as quickly and effectively as possible and requires a rations of airmobile forces. high degree of professionalism with regard to organisation, ef- With reference to the TEP 90, the technical realization of flexi- fective devices, and specialised personnel and training. New ma- ble and effective light decontamination systems will be retraced, teriel and equipment has to reflect this. In addition, parameters and their current state of development as well as future per- such as protection, environment, resources, mobility and modu- spectives in the field of robotics will be presented. v larity, and the latest developments in science and technology are

Test and Evaluation of BC-decontaminants: Methods and Challenges

Martien P. Broekhuijsen Marble ChemBio Consulting B.V., Meerkoetlaan 7, 2636 ER Schipluiden, The Netherlands [email protected]

Abstract challenges. Several considerations need to be made when desig- Decontamination is in operational use since many years and ning a test, including type of agent, live or simulant, test setup, many commercial products are available, but many issues re- scale of test, etc.. Different issues can be described for the use of main. One of the main questions is how to test and evaluate de- C or B agents. No widely accepted standard for testing exists, contamination. In the past, several large scale decontamination cost for testing can be high, and pragmatic solutions based on efforts have taken place. Testing of decontamination has it’s own ‘best practice’ are needed. v page 56 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Purification of CBRN Contaminated Water

Patrick Marcus, MSc Kärcher Futuretech GmbH, Max-Eyth-Str. 35, 71364 Winnenden, Germany [email protected]

Abstract for personal consumption in field deployment situations. Having high quality refreshing drinking water in a sufficient Due to the often very harsh environmental conditions (high quantity is one of the main keys for success for peace keeping temperatures, increased dust load etc.) storage and distribution missions around the globe. of high quality drinking water is only possible with an increased Since in most cases it is not known what the raw water quality technological effort (chlorination, pipe loop system etc.). There- in theatre will be, it has to be planned for a worst-case scenario. fore Kärcher FUTURETECH offers three different mobile sys- Worst-case in this context means that the raw water is highly tems for hygienic drinking water filling to secure the high microbiological, chemically and even radiological contaminated. quality of this water even after several weeks of storage under As a result of this, the system used for water purification must field conditions. These systems lead to a reduced logistical effort be able to produce high quality drinking water according to hig- and to much more security, since the complete process can be hest standards (US EPA, EU etc.) from natural raw water sour- controlled from raw water source till consumption. In a large ces. Even after a CBRN attack the system must be at least disaster area and/or hostile environment these advantages are capable to produce drinking water according to STANAG 2136. priceless. Different water purification systems from Kärcher FUTURE- As an example the light and air-transportable water purification TECH have shown in many deployments around the globe, that and drinking water filling system of the German Armed Forces they are able fulfill the above mentioned criteria. This is also („leTAA“) is presented. This system consists of six palettes which confirmed by independent test results from various organizati- can be transported by the armored light-weight truck „Mungo“ ons (German Armed Forces (Wehrwissenschaftliches Institut für of the German Armed Forces. This system combines the already Schutztechnologien – ABC-Schutz (WIS)), TÜV etc.). in the German Armed Forces introduced Waterclean (WTC) After the purification process it is even more demanding to se- 1600 water purification system with the Water Packaging Sys- cure the high quality of the drinking water during distribution tem (WPS) 1600 from Kärcher FUTURETECH. v

Detection of Radiological and Nuclear Threats

Klaus-Werner Schiff, Colonel ABC- und Selbstschutzschule, Bereich Weiterentwicklung, Leiter, Mühlenweg 12, D-87527 Sonthofen – [email protected]

Abstract which might fall into the hands of terrorists could politically or Today, the world is still confronted with a wide variety of radio- militarily influence any major operation including our home- logical and nuclear threats. This topic is as relevant for our nati- land defence posture. In addition, recent operations have shown ons’ homeland defence as it is for the ongoing military that abandoned sources from various origins can influence mili- operations. tary operations in certain aspects like for instance the use of in- The threats arise from state-owned nuclear weapons and weapon frastructure, health matters et cetera. components, from improvised nuclear and radiological devices, The Panel should therefore not only provide information on cer- and from the numerous sensitive facilities, i.e. the nuclear power tain topics, but should also facilitate an interagency approach in plants or laboratories that exist in many countries. order to allow the civilian and the military side to identify com- The current military operations are not conducted under an im- mon problem areas, to develop joint knowledge management minent threat posed by nuclear weapons. However, the prolife- and to efficiently coordinate measures taken to address pro- ration of such weapons or more likely weapon components blems, and thus to avoid any duplication of effort. v

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Zentrale Unterstützungsgruppe des Bundes für gravierende Fälle der nuklearspezifischen Gefahrenabwehr (ZUB)

Elmar Lillpopp Federal Crime Office

Abstract BMI und BMU haben in Zusammenarbeit mit den atomrechtli- • Verwendung radioaktiver Stoffe als Tatmittel, insbesondere chen Aufsichts- und Strahlenschutzbehörden und den Innenres- durch sorts der Länder bereits 1999 ein generelles Konzept zur · Androhung der Verwendung radioaktiver Stoffe im Rahmen nuklearspezifischen Gefahrenabwehr erarbeitet. Bestandteil die- von Erpressungslagen ses Konzeptes ist u.a. die Einrichtung einer Spezialeinheit auf · Androhung terroristischer Anschläge mit radioaktiven Stof- Bundesebene zur Unterstützung der Länder in nuklearspezifi- fen, z.B. mittels unkonventioneller Sprengsätze mit radioak- schen Bedrohungslagen. Bei der ZUB handelt es sich um eine tiver Beiladung („dirty bomb“) amts- und ressortübergreifende Unterstützungseinheit des Bun- · Anschläge mit radioaktiven Stoffen, insbesondere Tatortar- des, die seit August 2003 einsatzbereit ist. In der ZUB arbeiten beit an kontaminierten Tatorten. Spezialkräfte von Bundeskriminalamt (BKA), Bundespolizei Ziel der ZUB ist es, alle multidisziplinären Fachkenntnisse und (BPOL) und Bundesamt für Strahlenschutz (BfS) eng zusam- Erfahrungen sowie personelle und materielle Ressourcen für die men. Die Gesamtleitung der ZUB (einschließlich der ZUB-Ge- Bewältigung schwerwiegender Fälle der nuklearspezifischen Ge- schäftsstelle) obliegt dem BKA. fahrenabwehr zusammenzufassen. Polizeiliche Einsatzkräfte des Für einen Einsatz der ZUB kommen vor allem folgende Szena- BKA und der BPol wirken daher eng mit Wissenschaftlern des rien in Betracht: BfS zusammen. Im Ergebnis werden Maßnahmen der polizeili- • Abhandenkommen / Diebstahl radioaktiver Stoffe, durch die chen Gefahrenabwehr mit den erforderlichen Maßnahmen des gravierende Gefahren verursacht werden können Strahlenschutzes verknüpft. v

Preventing terrorists acts by early detection of illicit RN material on-site

Dr. Wolfgang Rosenstock Fraunhofer-INT, P.O. Box 1491, 53864 Euskirchen; Germany, [email protected]

Abstract colors and then superimposed on the optical picture in order to To prevent the misuse of nuclear or radioactive material for ma- get a visual overview. Terrorist attacks using nuclear material licious acts sensitive and reliable detection systems are manda- may have far reaching consequences compared to an attack with tory. In addition to fixed monitors installed at border crossings, pure Gamma-sources. Nuclear material can be detected by neu- at the gateways of nuclear and industrial facilities or at the en- tron emissions from spontaneous fission as well as by the neu- trance of a military camp mobile or handheld systems are nee- trons produced by (alpha,n) reactions in surrounding material. ded to detect the dangerous material on-site as early as possible Therefore we operate a sensitive neutron detection system, fitted with high reliability excluding false alarms caused by natural ra- into a suitcase. With a special analysis procedure it is possible to dioactivity (like in potash fertilizer) or by patients which have categorize the substance in fissionable and non-fissionable mate- undergone a nuclear medical therapy respectively examination. rial. In addition, the system can discover the existence of shiel- We investigated highly sensitive passive detection systems for ding material located around the source material. The presence gamma and neutron radiation. In a static situation an overview of shielding material gives important information for the evalua- of the situation is gained by scanning of buildings or objects tion of the possible risk and appropriate protection measures. v with a gamma camera. Here gamma intensity is converted into

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Biosensors for standoff-detection of explosives and CRBN threats: Options and challenges

Dr. Martin Wehner1, R. Poprawe1, S. Schillberg2, C. Kühn2, N. Raven2 and K. Hund-Rinke3 1 Fraunhofer-Institute for Laser Technology, Steinbachstr. 15, 52074 Aachen, Germany, [email protected] 2 Fraunhofer-Institute for Molecular Biology and Applied Ecology, Forckenbeckstr. 6, 52074 Aachen, Germany 3 Fraunhofer-Institute for Molecular Biology and Applied Ecology, Auf dem Aberg 1, 57392 Schmallenberg-Grafschaft, Germany

Abstract standoff-detection. From other groups radiation sensitive bio- A bacterial biosensor containing a TNT-specific promoter dri- sensors have been proposed using DNA damage sensitive pro- ving the expression of a red fluorescent protein was constructed moters which show bioluminescence when exposed to and tested. Upon contact with TNT or its derivatives the bio- gamma-radiation. When the radiation sensitive promoter can be sensors starts production and amplifies the chemical signal by linked to the gene for the expression of fluorescent proteins the producing a large number of fluorescent proteins (see figure 1). high production rate and therefore optical signal strength will be We have demonstrated that our biosensors detect TNT and available for detection of radiation sources. Whole cell bacterial ADNT in soil samples and express fluorescence after one day in- biosensors could become powerful tools to detect traces from ex- cubation period. The detection limit for induced fluorescence plosives or short-ranging radiation from nuclear materials. response was estimated to a ADNT concentration of 10 mg/L in solution. When the fluorescent proteins are excited by a laser scanner the detection from remote and area mapping becomes feasible. The- reby the short-ranging chemical contact signal can be transfor- med into a long-ranging optical signal. For the excitation and detection of fluorescent signals from the biosensor a simple laser scanner can be used. Signal calibration with dye solutions of known concentrations revealed a production rate in excess of 105 fluorophores per cell for artificially activated biosensors (see figure 2). For the deployment of biosensors in the field sensor Figure 1: Biosensor construct Figure 2: Activated fluorescent beads are proposed which could be prepared easily from algi- for detection of TNT bacteria pinpointing dangerous nate. Due to that large number of fluorescent proteins bacterial areas. colonies on agar-plates and sensor beads were detected at day- light at a distance of 10 m using a laser scanner with a numerical Acknowledgements aperture of NA ~ 0.6 mrad. At night, a LIDAR large aperture The feasibility study on TNT was funded by the North-Rhine system was capable to detect sensor beads in 300 m distance. Westfalia Ministery for Economics with financial assistance by The achieved results demonstrate the suitability of biosensors for the European Regional Development Fund (ERDF) v

High Level Chemical detection equipment for civil security and catastrophy management

Dr.-Ing. Andreas Walte, Wolf Münchmeyer Airsense Analytics GmbH, Hagenower Str.73, 19061 Schwerin

Abstract ders. Hybrid Sensor array technology has been introduced gi- New Features in C-Detection Equipment and the procedures ving the ability to detect and analyze a much wider range of che- provising safety at chemical desasters and public events. mical compounds especially in the field of Toxic Industrial The high density of chemical manufacturing places pushed the Compounds. German government to develop new measures in prevention Stand-Off detection devices with identification capability and a and counteraction of catastropic situations. Also the series of pu- significantly enlarged library with TICs and CWA help to super- blic events that took place recently in Europe demanded new vise places of chemical accidents and complete stadiums or other strategies and equipment to face the newer threads. areas where public events talke place. New detection equipment has been devolped to meet the higher Also first steps towards quick identification or at least correct requirements. Among these are henadheld chemical detectors of handling of biological samples have been made. improved sensitivity towards TICs and usability by first respon- All security forces follow strategies that were developed in order

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 59 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear to achieve high level of safety. The C-Detection technologies are briefly explained with focus to Persons trained and measuring devices are linked using network their application. Examples from real accidents and events (G8 capabilities and responsible communication and management summit 2008, FIFA world games) explain the procedures estab- centers. lished and practical aspects of the new solutions. v

Chemical Agent Detection and Identification with a Hyperspectral Imaging Infrared Sensor

Philippe Lagueux, Vincent Farley, Alexandre Vallières, André Villemaire, Martin Chamberland and Jean Giroux Telops inc., 100-2600 St-Jean-Baptiste, Québec, Qc, Canada G2E 6J5

Abstract view. To provide to best field imaging spectroscopy instrument, Standoff detection, identification and quantification of chemical Telops has developed the FIRST, Field-portable Imaging Radio- agents are fundamental needs in several fields of applications. metric Spectrometer Technology, instrument. This instrument is Additional required sensor characteristics include high sensiti- based on a modular design that includes: a high-performance in- vity, low false alarms and high-speed (ideally real-time) opera- frared FPA and data acquisition electronics, onboard data pro- tion, all in a compact and robust package. The thermal infrared cessing electronics, a high-performance Fourier transform portion of the electromagnetic spectrum has been utilized to im- modulator, dual integrated radiometric calibration targets and a plement such chemical sensors, either with spectrometers (with visible boresight camera. These modules, assembled together in none or moderate imaging capability) or with imagers (with mo- an environmentally robust structure, used in combination with derate spectral capability). Only with the recent emergence of Telops’ proven radiometric and spectral calibration algorithms high-speed, large format infrared imaging arrays, has it been make this instrument a world-class passive standoff detection possible to design chemical sensors offering uncompromising system for chemical imaging. performance in the spectral, spatial, as well as the temporal do- This paper presents chemical detection and identification results main. obtained with the FIRST sensor. Telops has developed an innovative instrument that can not only Keywords: hyperspectral imaging, imaging FTS, standoff de- provide an early warning for chemical agents and toxic chemi- tection, identification, quantification, chemical imaging, remote cals, but also one that provides a „Chemical Map“ in the field of sensing, chemical agent, stimulant, surface contaminants. v

Agenda 2020 for a European Certification System for CBRNE Sensor Systems and Devices – the Concept for a Road Map

Dr. Jörg Beckmann1, R. Schmidt1, U. Ewert1, A. Berndt2, F. Strebl3 1 BAM Federal Institute for Materials Research and Testing, D-12205 Berlin, Germany, [email protected] 2 DIN Deutsches Institut für Normung e. V., D-10787 Berlin, Germany 3 Seibersdorf Labor GmbH, A-2444 Seibersdorf, Austria

Abstract CREATIF which is dedicated to provide a communication plat- Developments for technologies were initiated by the European form for technology users and decision makers, providers, and Commission to improve future response capabilities and strate- testers. First ideas were designed, strategies developed, precondi- gies to prevent terrorist attacks, to reduce the vulnerability to tions and rules were named for a future internationally recogni- terrorism and to minimize the extent of damage from terrorist zed certification system. A concept for a future European attacks. CBRN civil protection faces a growing significance in Certification System for CBRNE Sensor Systems and Devices this concept and modern detectors and detection systems play and Processes has been developed, which is described in more the key role for a future reliable functioning that counters terro- detail. v rism in Europe. The European Union is supporting the project

page 60 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

The International Committee of the Red Cross (ICRC): Towards international assistance to victims of nuclear, radiological, biological or chemical events

Robin Coupland International Commitee of the Red Cross, 19, Avenue de la Paix, 1202 Geneve, Switzerland

Abstract international level are still in their early stages. The risk of use or alleged use of nuclear, radiological, biological The ICRC then carried out a feasibility project to examine the or chemical (NRBC) weapons by States and other entities gene- operational capacity that the ICRC should maintain, improve or rates a variety of possible scenarios and complex questions for acquire in order to assist victims of an NRBC event. It soon be- how a coordinated international humanitarian assistance might came apparent that the feasibility could not be considered wit- be achieved whilst ensuring the health and security of personnel hout a reality based approach.2 In 2009, based on the bringing that assistance. So far, these issues have more often conclusions of the project, the ICRC decided to go ahead with been considered from a military point of view, leaving many hu- the creation of a response capacity, including a capacity to assist manitarian questions unanswered. victims, over a 5-year period (2010–2015). By developing this In view of its mandate to assist victims of conflict and other si- capacity, the ICRC aims to ensure the health and security of tuations of violence, the ICRC could sooner or later be called on ICRC staff in an NRBC event, while maintaining operational to respond to an NRBC event. Its wish to take a proactive ap- continuity in the affected context(s) and assisting the victims to proach, building on its experience of previous NRBC events, the extent possible. v spurred the ICRC in 2007 to tackle the NRBC issue starting with a risk assessment and an assessment of what capacities exist 1 Dominique Loye and Robin Coupland, „Who will assist the to mount an effective response to assist the victims of an NRBC victims of use of nuclear, radiological, biological or chemical we- event. apons – and how?“ International Review of the Red Cross, Vol. In an assessment of the risk of use of NRBC weapons, the ICRC 89 June 2007, p.333, on the ICRC website at: identified and refined 11 risks, each with its own implications http://www.icrc.org/Web/Eng/siteeng0.nsf/htmlall/section_re- for assisting victims and in terms of personnel health and secu- view_2007_866?OpenDocument rity.1 A lack of international capacity to assist victims of an 2 Robin Coupland and Dominique Loye, „International assistance NRBC event also became apparent even though many States for victims of use of nuclear, radiological, biological and chemical have developed national capacities that could be deployed ra- weapons: time for a reality check?“ International Review of the pidly and effectively in response to a domestic NRBC event. Red Cross, Vol. 91, June 2009, p.329, on the ICRC website at: Discussions of the deployment of such national capacities at an http://www.icrc.org/web/eng/siteeng0.nsf/html/review-874-p329

High Level Chemical detection equipment for the security at public events

Nuno Ferreira, Wolf Münchmeyer, Dr.-Ing. Andreas Walte Airsense Analytics GmbH

Abstract her requirements. Among these are handheld chemical detectors New Features in C-Detection Equipment and the procedures of improved sensitivity towards TICs and usability by first res- providing safety for public events. ponders. Hybrid Sensor array technology has been introduced The high density of chemical manufacturing places pushed the giving the ability to detect and analyze a much wider range of German government to develop new measures in prevention chemical compounds especially in the field of Toxic Industrial and counteraction of catastrophic situations. Compounds. A major focus during instrument development is to provide se- Stand-Off detection devices with identification capability and a curity on large public events through the preventive use of c-de- significantly enlarged library with TICs and CWA help to super- tection equipment providing a high security level. vise places of chemical accidents and complete stadiums or other The series of public events that took place recently in Germany areas where public events take place. and Europe demanded new strategies and equipment to face the Also first steps towards quick identification or at least correct newer threads. handling of biological samples have been made. New detection equipment has been developed to meet the hig- All security forces follow procedures that were developed in

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 61 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear order to achieve high level of safety. Persons trained on measu- their application. Examples from events (G8 summit 2008, ring devices are linked using network connectivity. FIFA world games, NATO summit 2009) explain the procedu- The C-Detection technologies are briefly explained with focus to res established and practical aspects of the new solutions. v

Bioagent Detected, Now What?

Dr. Andreas Hartmann Emergent BioSolutions, Walter-Gropius-Straße 17, 80807 München, [email protected]

Abstract sports championship, it is becoming more recognized that the Intentional release of aerosolized B. anthracis spores as a biologi- presence of devices to detect bioagents can play an important cal weapon remains a major concern. Inside the body, spores role in the overall preparedness plan. However, what if some- germinate into bacteria that multiply and secrete toxins. Initial thing is actually detected? Are there proper medical counter- symptoms of inhalational anthrax (sore throat, mild fever, and measures in place and on site that would allow responsible cough) are non-specific. Thus, early symptoms often resemble reaction to treat those who have been exposed? Are emergency common upper respiratory disease and may be mistaken for the responders (e.g. police and medical experts) adequately pro- common flu. Moreover, several days may pass till any symptoms tected in order to respond to a bioterrorist attack? v appear at all. To counter large scale disasters, such as at a world

Disaster Relief Operations – NRF and beyond

Andreas Kayser, LTC SHAPE CPP WMD CBRN SO, Avenue de Londres 101, 7010 SHAPE, Belgium

Abstract In the event of a large scale disaster, military forces will likely Disasters sometimes exceed the capacities of national govern- react to cooperate with and enable the humanitarian relief from ments and result in the need for international assistance. Speed, other international bodies and non-governmental organizations relevance, quality and effective transferal of assistance at the or to establish initial lines of communication in theatre. They phase of emergency response will have a positive impact on the will mainly focus on assisting the provision of humanitarian re- quality of the recovery phase in the long run, as well as its short lief to the region / population in need. “ term advantages. With regard to Consequence Management The briefing provides an overview about the capabilities within (CM) and/or Disaster Relief (DR) the overall focus of our mis- NATO to react on large scale disasters and offers a platform for sion is to help to mitigate the effects of natural or manmade cat- further discussions about roles and functions of NATOs support astrophes. to disaster relief operations. v

LLR-Detection mobile and stationary

Dr. rer. nat. Jürgen Böttcher ThermoFisher Scientific Messtechnik GmbH, Frauenauracher Straße 96, 91056 Erlangen, Germany

Abstract values in the photo peaks. Mobile detection combined with a Mobile detection / discovery of hidden radioactive sources or GPS-supported mobile map with coloured track visualisation in contaminated material needs detectors with very high efficiency. combination with the NBR method is presently the most The same is to detect mobile material from stationary detectors. powerful system for gamma and neutron detection from heli- The impact of local dependant natural background on detection copters or vehicles. values should be prevented. That is realized with the Natural The same detector features are used in the quasi stationary portal Background Rejection Method (NBR). detection system for scanning of personal and vehicles. Fats mobile detection (within one second) with integrated nu- Both systems have to run automatically with rather no false clide identification is not realistic because of the poor integral alarms. Expert knowledge of operating personal is not needed. v

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Product and Company Guide

Beth-El Zikhron Yaaqov Industries Ltd. NBC – Protection and treatment of the air from a single source (CBRN) „No matter what type of air is outside, there is a definite requirement for user air quality inside“. We take this opportunity to describe the ethos and aims of the House of Beth-El, and the development and production of filtration systems for civilian and military customers which are a consequence of them.

Beth-El means „House of God“ and its cated, yet simple to operate. now the norm. Sadly, it should be assu- name reflects its founding by a Christian These systems are based on an entirely med that terrorist groups have, or will community who immigrated to Israel new conceptual approach and are there- soon have, access to agents of unconven- from the early 1970’s, mostly from the fore not directly comparable to conven- tional warfare. The possibility of attacks Stuttgart area. Today, the community is tional systems. As a result of this using such agents is very real. They made up of more than 1 000 German development, the company has become could come with no warning and would citizens; and a second generation is now the main supplier to almost all NATO probably be intended to affect the air growing up in Israel. Besides Hebrew, armies in just 3 years. breathed by soldiers in convoys or mili- the community continues to speak their Mother-tongue „Swabian“. From the beginning, the company dealt with the development and construction of complex collective protection bomb- shelters for the Israeli Civil Defense Command. It has now installed tens of thousands of systems in the bomb-shel- ters of private homes, hotels, hospitals, schools, day-care centers, homes for the elderly and many other civilian and mi- litary facilities. These systems have been tested not me- rely in exercise scenarios, but have also been proven in times of actual crisis. For example, in the Iraqi war of 2003, all the bomb-shelter systems in Israel were activated. Parallel to bomb-shelter systems, Beth- El has developed systems of collective protection for the Israeli Armed Forces, filtering the air breathed by personnel inside armoured vehicles. Additionally, other systems were provided, cleaning the combustion air of engines from dust and fine-dust. Although the company has only ex- Operational Conditions and tary facilities. The main feature and dan- ported its products since 2001, today it Threats Facing Modern Armed ger of such threats would be the surprise is the world’s leading company for col- Forces effect, which would leave insufficient lective protection in armoured vehicles. The starting point at Beth-El is always warning time for troops to activate their The main reason for this impressive suc- consideration of the many and diverse protection measures. For the affected cess has been Beth-El’s resolve to assess threats to the air which soldiers breathe soldiers, this would be a deadly trap. and understand evolving threats in dy- while deployed on global operations. This highlights a clear need for preven- namic operational scenarios; and to take The aim is to protect them, and to pro- tative and permanent protection, similar this understanding as the foundation for vide a single source of ‘clean’ air. to the mine/IED protection which is the design of its novel products, pro- Asymmetric terrorist threats to forces now a characteristic feature of current ducts which are technologically sophisti- deployed on international duties are operations.

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In addition, industrial chemicals re- struct a filtration system that can ope- • Combined ventilation-, air conditio- leased intentionally or unintentionally, rate on a continual basis in vehicles, as ning-, and NBC protection system for create a further threat to soldiers and well as in stationary and mobile infra- the armoured vehicles of more than their materiel. It is also important to structure over a period of months. This 30 armies, NATO and worldwide. consider the influence of extreme weat- goal has been achieved through various • Combined ventilation-, air conditio- her conditions, with high concentrati- patented technologies, for example, ning-, CO- and NBC protection sys- ons of dust and fine-dust. There is also a through the development of a cyclone tems for combat vehicles with weapon threat from the hazardous fecal bacterial filter with dust- and fine-dust separation stations, for example PIRANHA V. germs which are found in the air in capability. This has been developed to • NBC collective protection for field many operational theatres. These can se- such an extent that it prevents the clog- camps, command posts, modular and mobile medical facilities, containers und permanent infrastructure, e.g. for the air-supported tent and the stan- dard tent of German Military units. • The mobile isolation chamber, the IsoArk, can be integrated into medical facilities as a negative pressure system, as was the case with the German Me- dical Corps in their Congo mission in 2006. It is also possible to integrate the IsoArk without difficulty in posi- tive pressure operation.

Conclusion Just barely 10 years ago, the „Swabian- Israeli“ company Beth-El began expor- ting their NBC protection systems; and since then they have directed their ef- forts to developing new products, based riously affect the health of soldiers, and ging of the downstream protection filter, on rapidly evolving operational require- can lead to the loss or destruction of ex- even in the most adverse weather condi- ments and the threats which face armed pensive and operationally important tions. Filters were commonly said to forces today. Global operations present equipment. There is also the need for „age“ due to degradation by humidity. adverse environmental conditions, and commanders to demonstrate a ‘duty of By their special impregnation of the permanent precautions are necessary to care’, accounting for national and inter- active charcoal, Beth El has virtually eli- ensure the purity of the air breathed by national health and safety regulations. minated such „ageing“, making its filters forces deployed in such hostile environ- suitable for continuous operation. ments, whether in vehicles or base ac- The Solution from Beth-El commodation. Mindful of this, Beth El has developed The product platform of Beth-El Beth-El has taken these framework re- systems which offer successful solutions Today, the company delivers combined quirements into consideration from the for modern armed forces with “complete ventilation-, air-conditioned-, CO-, beginning, and has equipped modern protection“ that: NBC protection systems for „around armed forces with the respective combi- • Start with legal requirements (i.e. Pro- the clock, 24/7“ operation in any cli- ned collective protection systems over tection from carbon monoxide in the mate zone. Thus military customers the years. Today Beth-El systems protect work place). have a single-source supplier for world- thousands of soldiers of NATO forces • Consider the local weather conditions wide operations, of the permanent and amongst other nations, in Afghanistan, (temperature, humidity, dust, fine preventative protection of breathing air. the Balkans, Iraq and elsewhere. Beth El dust, germs) The product platform includes: systems keep soldiers safe, every day, • Also consider industrial pollution • Combined ventilation- and NBC col- protecting them from harm, and provi- (Release Other Than Attack/ROTA, lective protection for armoured com- ding them with the fresh, clean air they Toxic Industrial Chemicals/TIC) mand-, function- and transport need to deliver effective military capabi- • Account for the possibility of terro- vehicles, e.g. For the following vehi- lity. v rism/enemy attacks on the air (dirty cles of the German Armed Forces: bombs, poisoning in the air, use of DINGO 2, YAK, EAGLE IV, „Sometimes all I need is the air that I bre- biological and chemical warfare MUNGO, BOXER, WISENT, GFF athe …“ Song of the British rock band agents). 4 (KMW), ZETROS, ACTROS, „The Hollies“, 1974 The biggest challenge here is to con- UNIMOG. page 64 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

State of the Art Decontamination Overview of Kärcher Futuretech GmbH (CBRN) Kärcher Futuretech GmbH in Winnenden near Stuttgart was spun off in the year 2005 to become an independent subsidiary of Alfred Kärcher GmbH & Co. KG. Kärcher – the largest manufacturer in the world of high-pressure cleaning appliances – employs more than 7,100 people and has more than 40 subsidiaries all over the world.

The forward looking systems developed Armed Forces were able to fill an impor- mission-optimised decontamination and produced by Kärcher Futuretech tant skills gap in the area of NBC de- close to the contaminated troop. The GmbH are used every day by more than fence and also in protected vehicles TEP 90 ensures the following main 100 armed forces, civil defence and re- (carrier vehicles with protected cabs functions: lief organisations, etc. Beside mobile from IVECO Magirus AG). With the • Decontamination of persons field camp systems, water purification TEP 90, the German Armed Forces fea- • Decontamination of personal NBC plants and textile NBC protection sys- tures the most modern and efficient sys- protective clothing and personal tems, the company is especially well- tem of this class currently available with equipment known as a worldwide market leader in outstanding, worldwide leading techno- • Decontamination of sensitive equip- the area of CBRN decontamination. logy. ment The container-based TEP 90 decontami- • Decontamination of large vehicles „State of the Art“ in deconta- nation system has a consequent modular • Decontamination of aircraft mination has a name: TEP 90 structure, and consists of decontamina- • Decontamination of the interiors of With the procurement of 73 TEP 90 tion modules which can be used inde- vehicles and aircraft decontamination systems in the years pendently and include all components • Decontamination of supply items and 2007 to 2010, the Federal German necessary for carrying out thorough, packaging receptacles

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• Decontamination of limited road it is absolutely necessary to use CBRN and an inflatable tent for undressing and sections, plants and installations decontamination agents which are de- dressing to ensure a proper decontami- (infrastructure) signed specifically for this temperature nation process. • Disinfection and vermin control mea- range (RDS 2000, BDS 2000, GDS The Decon Shuttle (decontamination sures 2000). module 4) is used independently for the In addition, the decontamination sys- The hydraulic crane system integrated decontamination of the interiors of tem is able to support auxiliary tasks into the carrier vehicle is used to set the battle tanks, vehicle cabs, helicopters such as measures in the area of hygiene, individual decontamination modules and transport aeroplanes, etc. fire-fighting and transport of water. down at the respective decontamination In addition, the TEP 90 decontamina- stations. For the decontamination of The Kärcher family of highly tion system may also be deployed after large vehicles (tanks, etc.), decontamina- effective CBRN decontamina- missions and before returning to the tion module 1 remains on the carrier ve- tion agents – a future-oriented home country, also in the form of epide- hicle. A crane basket is mounted to the standard for state-of-the-art mic control/prophylaxis and vermin de- crane arm. From this basket, all kinds of decontamination struction etc. during ‘out of area’ vehicles can be decontaminated effi- The family of highly effective rapid-ac- operations. ciently even from above. Decontamina- tion agents developed by Kärcher Futu- The TEP 90 decontamination system tion module 2 features a highly effective retech GmbH for the removal of uses state-of-the-art decontamination vacuum decontamination device for B radioactive contamination, inactivation technologies and decontamination and C decontamination of sensitive op- of relevant pathogenic micro-organisms agents. It is designed for unlimited ope- tical and electronic equipment, etc. De- and detoxification of highly toxic che- ration in a temperature range of -30 °C contamination module 3 is used for the mical warfare agents ensures at the same to +49 °C in the climatic zones deter- decontamination of persons and, in ad- time a sufficient level of storage stability, mined according to STANAG 2895. To dition to the shower section, includes a agent handling safety, good compatibi- achieve the wished decontamination re- special thermo-electrical energy module, lity with the material to be decontami- sult especially under winter conditions, a water tank, an air-conditioning unit nated, and a minimised impact on the page 66 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear environment. This family of products the TEP 90 also form the basis for the vehicles. includes the following decontamination conceptual design of many other decon- The Light System for the Decontamina- agents: tamination systems, especially light air- tion of Infrastructures enables the rapid • RDS 2000 (N decontamination transportable systems for use by special decontamination of crucial infrastructu- agent) – specific combination of an forces in rapid operations. ral mission elements such as important aqueous surfactant system with appro- The light decontamination systems de- road sections, plants, ramps, etc. priate complexing agents, oxidants or veloped for special forces are designed To ensure water supply for the deconta- other auxiliary substances. and built for transport by the protected mination measures on the basis of the • BDS 2000 (B decontaminant system) “Mungo” mission vehicle and the re- light decontamination systems, special – based on a special thermally stable spective system trailer, or for air trans- water transport and supply modules or peracetic acid; applied in the form of port by CH 53 helicopters. The systems water transport and energy supply mo- an aqueous foam for the decontami- are currently in the phase of delivery to dules are available. In addition, suffi- nation of surfaces, or in the form of a the Federal German Armed Forces. cient decontamination agents are thermal aerosol for the decontamina- With regard to technology and mission available on board the modules for car- tion of compartment air (interiors). concept, they are as unique as the TEP rying out the necessary decontamination For special decontamination require- 90 on a worldwide scale, and also stand tasks. ments, specific enzymatic decontami- out due to their distinct flexibility and Furthermore, Kärcher Futuretech nation agents will also be available large range of applications. GmbH provided EADS with the decon- from now on. The family of light air-transportable de- tamination component for the demons- • GDS 2000 (non-aqueous C deconta- contamination systems for special forces tration model of the land-based system mination agent) – for the quick and includes the following components: for the decontamination of wounded effective detoxification of all known The Light System for the Decontamina- persons which is intended for use by the chemical warfare agents (including tion of Persons allows the thorough de- special forces of the German Bundes- thickened chemical warfare agents); contamination of 100 soldiers and their wehr. manufactured industrially, ready for personal equipment within three hours. The forward-looking TEP 90 and light use; with a storage life of over 10 For this purpose, it features a module decontamination systems delivered to years. for the decontamination of persons and the Federal German Armed Forces by The new decontamination agents clearly another module for the decontamina- Kärcher Futuretech GmbH will set the represent the state of the art in the area tion of personal equipment. standard in the area of CBRN deconta- of CBRN decontamination. They are Correspondingly, the Light System for mination until well into the late twen- biologically degradable and suitable for the Decontamination of Sensitive ties of the 21st century. v application even under harsh winter Equipment allows the thorough decon- conditions. tamination of sensitive equipment. In Kärcher Futuretech GmbH - addition, it comprises a special module Market Leader in CBRN Decontamination Light, air-transportable for the decontamination of the interiors Innovative water purification, professional decontamination systems for of vehicles and aircraft. competence in mobile field camp systems special forces The Light System for the Decontamina- and sought-after supplier of NBC The state-of-the-art Kärcher decontami- tion of Material is used for the thorough protective clothing nation technologies and agents used in decontamination of the special forces’

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Innovative Filter Technology Blücher Technologies: A tradition of innovation. (CBRN) Blücher GmbH in Erkrath can look back over a history that spans forty years. Still in family hands, this traditional company has retai- ned its very high ethical claim of: Always focusing our activities on protecting life.

The core business of Blücher GmbH is Blücher’s global technological leadership is in Blücher hands and is constantly the development and production of in spherical high-performance adsorbers. monitored and controlled by its own high-efficiency filter technologies. Based These spherical adsorbers are very po- labs. on spherical, high-performance adsor- rous. This structure produces an immen- This ensures that the high quality stan- bers - in principle similar to activated sely large internal surface on which the dards are always met and that no devia- carbon - pollutants, smells and other filtered substances can safely be deposi- tions or inaccuracies can creep into the unwanted substances are reliably filtered ted. process. These checks continue right up until the finished product, which is then ultimately inspected and approved by independent, internationally recognised institutes. This self-contained pro- duction process makes it possible to de- velop customised product solutions at any time and to the very highest de- gree of precision. Flexibility and versatility as strengths. Blücher filter technologies are used whe- rever undesirable or even hazardous pol- lution has to be eliminated. The range is very varied, from odour ad- sorption, air and water filtration right through to personal protection against chemical and biological toxins.

A healthy living and working environment The architectural blunders of past years still have far-reaching consequences. Contaminated buildings have to be completely remediated or even demolis- hed. But this often proves impossible. The special „Permasorb“ wallpaper pro- vides a fast, affordable and reliable re- medy. Pollutants such as PCB or formaldehyde in the walls are firmly and out of gases and fluids and safely bon- The net result is a truly high-tech system permanently bonded by the highly acti- ded. For optimum protection and com- that knows no equal in terms of effi- vated adsorbers. This restores a healthy fort in all circumstances, whether in ciency, flexibility and above all safety in climate inside rooms. action, at work or play. its protective effect. A quality management system that lives Dressed for Freshness High-tech as a principle up to its name. It is often impossible to prevent the for- Blücher has developed very special and Successful innovations demand the most mation of odours in clothing and shoes unique production methods that allow modern and efficient production me- that are worn frequently or used in product characteristics such as shape, thods. The Blücher-Group manufactures sports. mechanical and adsorptive capacities to its core components solely in its own Blücher offers a reliable filter system be individually customised for optimum state-of-the-art plants in Germany and against the development of every type of performance across a huge range of US. The entire range of the production odour. Around 500,000 adsorbers have highly demanding applications. This process starting from raw materials been invisibly integrated into a single combination of flexibility and hyper- through to intermediate products all the pair of shoes, for example. All odours performance is one of the reasons for way up to sophisticated system solutions are securely and reliably bonded on their page 68 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear overall inner surface area, the total size of which roughly corres- ponds to an area equivalent to two football pitches.

Life Protection Research, development and innovation have made Blücher a world market leader for CBRN protection. Over 8 million of Blücher’s SARATOGA® brand protective suits and systems in over 40 countries speak for themselves. Even the most deman- ding task forces, including OPCW inspectors who are confron- ted with CBRN hazards every single day, rely on SARATOGA® from Blücher. The SARATOGA® systems include not only CBRN but also bal- listic protection as well as protection against foul weather, fire and cold. But comfort too is also taken seriously. Integrated ven- tilation systems for cooling and moisture management with de- signed-in weight minimisation reduce the physical strain and ensure adequate mobility.What’s more, the SARATOGA® pro- tective suits can be put on quickly and easily.

A breath of fresh air The SARATECH® filter technology brand from Blücher provi- des clean air in aircraft and also in specialised vehicles that are deployed in environments that are hazardous to health. The ap- plications for SARATECH® odour adsorbers that can be found in supporting roles relating to domestic equipment and air- purifying devices also guarantee a better quality of life. SARA- TECH® products are even used in demanding industrial pro- duction processes that require the cleanest of air environments, such as semiconductor production.

Clean water, the elixir of life The level of pollution in drinking water from industrial effluents as well as residues from pharmaceuticals and chemicals is rising. This development is accompanied by growing demands on drin- king water and industry needs increasingly high-purity water for its production processes. Thanks to their purity, excellent ad- sorptive properties and mechanical strength, SARATECH® ad- sorbers are singularly ideally suited for perfect ultrapure water filtration.

Tailored problem solving As a result of our unique production processes the properties of the adsorbers can be individually adapted and tuned to meet a vast range of specialised requirements, needs and applications. Product characteristics such as the shape, mechanical and ad- sorptive properties can be individually determined and realised for specially tailored problem solving. v

Blücher GmbH Mettmanner Straße 25 40699 Erkrath www.bluecher.com

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Detection, Localization, Analysis of Hidden Radioactivity Experience in Detection (CBRN) Thermo Fisher Scientific has a long experience in detection and measurement of nuclear radioactivity; that has been started with the first steps of nuclear research. The available portfolio of today covers the industrial and medical demands as well as those of adiationr protection tasks and military application.

gamma detection. Also the MPMS uses the NBR method for quantitative „arti- ficial“ gamma detection down to little nS/h range. Audible and visual alarms at the detection units and wireless data and alarm transmission to a remote control station enable an automatic and reliable control at field camps and other sensi- tive locations.

First responders and military CBRNE and analysis of nuclear or radioactive groups need special tools. hazards. These have to consider the special cir- The first step is discovery of unnatural cumstances of a mission including the radioactivity (gammas). The appropriate In case that the MDS or MPMS have environmental conditions, the level of tools are mobile highly sensitive de- discovered contaminated areas or mate- education of the users. The experience tectors with GPS supported movable rial or radioactive sources the hand-held proves that laboratory detection systems maps used on a vehicle or helicopter devices like the SVG2 eventually in con- shouldn’t be used on field missions. The platform. The Mobile Detection System nection with the hand-held NBR three step method is a well established for gammas or neutrons is such a sys- gamma probe will be used for more de- performance for discovery, localization tem. Each second the detection results tailed localization and the ABG probe or are inserted as coloured tracks in the Contamination probe of the SVG2 will movable map, the present values and exclude or confirm a possible alpha- or alarms are shown on display. The track- beta-contamination. survey on the movable map is the com- The third step is finally the identifica- plete on-line control of the running tion of the nuclide with the help of an mission. The Natural Background Re- IdentiFINDER. Samples of contamina- jection NBR of the system is sensitive ted material will be taken for the later for 6nS/h or less for „artificial“ gamma analysis in a stationary laboratory. radiation imbedded is the natural back- In case of suspicion that explosive mate- ground. This quality enables the de- rial will be packed in a radioactive disco- tection of radioactive sources or very case wipe test and analysis will be contaminations from a farer distance. performed with the EGIS Defender. The The automatically running MDS doesn’t EGIS Defender is a portable detection need any expert knowledge of the user. and analysis devise using the differential The Mobile Portable Monitoring System ion mobility spectroscopy method for MPMS is the pendant of the MDS for sensitive quantitative identification of all quasi stationary detection at gates or de- types of explosive chemicals including contamination places for sensitive the peroxide explosives. v page 70 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

Facing up to the future NBC reconnaissance system expertise from a single source (CBRN) The potential use of nuclear, biological or chemical agents by state or non-state actors poses a significant threat to civilians and soldiers alike. Whether on the home front or in remote areas of operation, confronting the NBC threat requires highly effective detection capabilities.

For over 25 years, Rheinmetall Defence vehicle for large-surface military NBC against small arms fire, IEDs and land- has been the world’s leading supplier of reconnaissance support. Worldwide, mines unrivalled in its weight class, the highly mobile, well-protected NBC re- over 80% of all currently fielded armou- Bio-Yak sets a new standard for battle- connaissance systems mounted on mili- red NBC reconnaissance systems come field survivability. tary and civilian platforms. More than from Rheinmetall. Matching the performance spectrum of thirty user nations now count on Rhein- Every variant of Rheinmetall’s armoured the Bio-Spürfuchs, the Bio-Yak expands metall’s proven competence in this criti- NBC reconnaissance vehicle is able to Rheinmetall’s globally unique family of cal field. detect nuclear and chemical agents both mobile biological warfare reconnaissance in the atmosphere and on the ground, systems. A multi-stage concept for mili- quickly and reliably. Thanks to its su- tary NBC reconnaissance perb off-road mobility, the system can Mobile NBC field laboratory The company’s entire range of NBC re- operate even in extremely difficult ter- Rheinmetall Defence has recently sup- connaissance systems is oriented to the rain. Furthermore, it offers excellent plied the armed forces of Sweden and European Union’s three-stage NBC de- protection against landmines, IEDs and Switzerland with the company’s latest tection, identification and monitoring small arms fire. The best-protected vari- generation of independently developed concept. ant to date, the Fuchs/Fox NBC 1A8, is NBC field laboratories. These fully The first stage of the concept encompas- currently being produced on behalf of equipped, state-of-the-art facilities are ses a basic NBC detection capability the Norwegian armed forces, and is the capable of identifying and verifying wea- using compact, portable detection de- subject of a project study for the Bun- ponized nuclear, chemical and biological vice capable of generating an initial, deswehr. Introduced in the UAE at the agents and other hazardous materials. In non-specific NBC threat warning. Any end of 2009, the Fuchs/Fox 2 NBC-RS terms of equipment and capabilities, soldier can use one of these devices. – featuring an improved engine, axles, these mobile laboratories are comparable The second stage requires the deploy- silhouette and payload capacity – furt- to conventional, fixed-installation scien- ment of trained NBC specialists who, her underscores the company’s commit- tific laboratories, and can be configured when equipped with highly mobile sys- ment to widening its lead in the global to match customer requirements. tems like Rheinmetall’s Fuchs/Fox NBC market for armoured NBC reconnais- Depending on the mission profile, the armoured reconnaissance vehicle or the sance systems. equipment can be integrated into an ar- Bio-Yak (the biological warfare version The Bio-Spürfuchs makes it possible for moured container, providing laboratory of the Yak), are able to deliver substanti- the first time to detect the presence of personnel with substantial protection ally more specific results concerning the weaponized biological agents and similar against battlefield threats. The use of current NBC threat situation. Moreover, hazardous substances on the battlefield. standard containers enables fast deploy- they are able to probe large surface areas, Integrated, hermetically sealed analysis ment worldwide, whether by truck, reliably identifying radiological, chemi- chambers in the vehicle interior („glove ship, rail or air. cal or biological hazards. boxes“) collect air samples, enabling the The field laboratory consists of three dis- The final stage involves in-depth labora- crew to carry out genetic and immuno- tinct units: a radiation and hazardous tory analysis (e.g. in a Rheinmetall field logical test procedures on site. materials measurement section; a bio- laboratory) so as to produce a detailed logy unit; and a chemistry unit. The ra- picture of the potential threat posed by The Bio-Yak mobile biological diation and hazardous materials weaponized NBC agents or comparable reconnaissance system measurement section identifies and substances. Rheinmetall’s Bio-Yak offers a distinctly quantifies all types of harmful radiation, The Fuchs/Fox NBC armoured recon- different approach to mobile, large-area including alpha, beta, and gamma radia- naissance vehicle and the Bio-Spürfuchs, detection and identification of biological tion as well as neutrons, uranium and its biological warfare variant agents and contaminants in the air, on plutonium and a whole host other ha- Besides the German Bundeswehr, the the ground and in the water. zards. armed forces of the United States, the The Bio-Yak consists of a chassis with an The biology unit is tasked with identify- Netherlands, the United Kingdom, armoured driver’s cab and interchange- ing biological warfare agents and other Norway, Saudi Arabia and the United able multi-mission build-on modules. similar substances. To aid them in their Arab Emirates all rely on the NBC re- The latter meet the requirements for task, lab personnel can employ a wide connaissance version of the tried-and- spacious interior volume and multiple variety of state-of-the-art procedures, in- tested Fuchs/Fox armoured transport use variants. With a level of protection cluding enzyme-linked immunosorbent

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assay (ELISA); polymerase chain reac- of bacteria, bacterial spores (e.g. an- employed to ensure adherence to legal tion (PCR), gas chromatography/mass thrax), viruses and toxins. norms relating to water quality, etc., in- spectrometry (GC/MS), or high-perfor- Besides the identification of chemical cluding monitoring and documentation. mance liquid chromatography. In order warfare agents, the field laboratory’s che- Among other things, the chemistry to prevent the release of infectious mate- mistry section is used for conducting in- section can detect the presence of che- rials into the environment, the biology depth chemical-analytical investigations. mical warfare agents, organic pollutants, section of the field laboratory operates These encompass a full range of environ- heavy metal contamination and toxic in- under negative pressure. Among other mental protection tasks and hazardous dustrial chemicals (TIC). v things, it is able to establish the presence materials measurements, which can be

Emergent BioSolutions Inc. is a profitable, multinational biopharmaceutical company dedicated to one simple mission — to protect life. The company focuses on the development, manufacture and commercialization of biologic products, consisting of vaccines and therapeutics that assist the body’s immune system to prevent or treat disease. Emergent’s marketed product, BioThrax® (Anthrax Vaccine Adsorbed), is the only vaccine licensed by the U.S. Food and Drug Administration for the prevention of anthrax (www.biothrax.com). BioThrax is not authorized for use outside of the United States and India. In addition to BioThrax, the company has multiple clinical and preclinical product candidates in development that are designed as medical counter- measures for use against biological agents that are potential weapons of bioterrorism and biowarfare. To view the company’s product portfolio please visit www.emergentbiosolutions.com. The company currently employs approximately 600 people with offices in the United States, the United Kingdom, Germany and Singapore.

© 2009 All rights reserved. BioThrax is a registered trademark of Emergent Biodefense Operations Lansing Inc. GAD09020 10/2009

CONTACT US Emergent Sales and Marketing Germany GmbH t +49 89 550 698 80 Walter-Gropius-Str. 17 f +49 89 550 698 899 80807 Munich, Germany www.emergentbiosolutions.com st 1 International Symposium on C Development of CBRN Defence Capabilities chemical 2010: A National Approach in a Multinational Environment B R biological radiological N nuclear

International Biological Preparedness The development and stockpiling of medical countermeasures (CBRN) Bioterrorism has been referred to as the ideal terrorist weapon. It is difficult to predict, relatively simple to execute, challenging to pre- pare for, and likely to produce mass casualties. For the unsuspecting, target jurisdiction, a large-scale biological attack will strain all preparedness sectors and capacities. The fact that the damage is intentionally caused will add unparalleled dimensions of panic and disruption. The prepared- ness and response system in the affected region will have to function at maximum efficiency to mitigate loss of life, and to maintain order within the citizenry.

ensure a readily available resource to be sing Inc., is the only FDA-licensed an- used in the post-attack medical re- thrax vaccine for the pre-exposure pro- sponse. Recognizing that every nation tection of individuals at high risk of has its own legal regime for researching anthrax exposure. AVA works by stimu- and developing MCMs, approving their lating the immune system to produce use, procuring them for government antibodies against the toxins secreted by stockpiles, detecting disease, authorizing the anthrax bacteria. Antibiotics are ef- the use of those stockpiles, transporting fective against the germinated form of the MCMs to points of delivery, dispen- B. anthracis, and may be used to pre- sing the MCMs to potential victims, vent anthrax in individuals exposed to and dealing with the consequences of B. anthracis spores. Antibiotics are not those medical interventions, the time to effective against anthrax toxins or dor- develop and execute a comprehensive mant spores, and since inhaled spores preparedness and response plan is well may persist in the lungs for prolonged in advance of an actual biological inci- periods of time prior to germination, dent. The time is now! anthrax vaccines may be used with anti- biotics for post-exposure prophylaxis An Update on (PEP). In addition, antibiotics may not The Anthrax Vaccine be effective against B. anthracis strains (Anthrax Vaccine Adsorbed) engineered to be resistant to these Intentional release of aerosolized B. an- agents. Anthrax Vaccine Adsorbed is not In parts of the world such as the United thracis spores as a biological weapon re- currently licensed for post-exposure use. States, where a preparedness and re- mains a major concern. Inside the body, The vaccine was used under IND for sponse plan to combat bioterrorism has spores germinate into bacteria that mul- PEP following the 2001 anthrax letter been developed, a sophisticated set of tiply and secrete toxins. Initial symp- attacks in the United States. Recently, necessary resources have been identified, toms of inhalational anthrax (sore the FDA has approved significant en- developed, procured, and, where appro- throat, mild fever, and cough) are non- hancements to the label, including do- priate, stockpiled. Much like more tradi- specific. A toxemic stage develops ab- sage reduction, intramuscular injection, tional defense assets, such as military ruptly, with findings such as fever, acute as well as a 4 year shelf life. The vaccine aircraft and warships, medical counter- respiratory distress, hypoxemia, and plays a central role in B. anthracis ef- measures (MCMs) involve a substantial shock. The fatality rate may be 45-90%. fective bio-preparedness programs and investment in an asset that will hope- Pharmacologic countermeasures are ge- standards. fully never be used. Nevertheless, intelli- nerally directed against either the germi- gent government policy points to the nated bacteria or against the toxins. About Emergent BioSolutions fact that MCMs should constitute a Such countermeasures may be utilized Inc. major component of any nation’s de- 1) prior to B. anthracis exposure, 2) Emergent BioSolutions Inc. is a global fense arsenal. MCMs represent the best after exposure, but prior to disease deve- biopharmaceutical company focused on known opportunity to afford preventa- lopment or, 3) for the treatment of the development, manufacture and tive protection against biological attack active anthrax disease. Each scenario re- commercialization of vaccines and anti- and may be necessary as a part of the quires a unique approach. The pharma- body therapies that assist the body’s im- post-exposure medical response. cologic agents most often used include mune system to prevent or treat disease. Biological weapon release brings with it antibiotics, vaccines, and anti-toxins. Emergent’s marketed and investigational an extreme timing challenge in that ca- Anthrax vaccines have been used exten- products target infectious diseases, on- sualties can result in a matter of days or sively to protect persons prior to expo- cology, and autoimmune disorders. Ad- even hours. MCMs, if not used in a pre- sure to B. anthracis spores. Anthrax ditional information about the company ventative manner, such as through vacci- Vaccine Adsorbed (AVA), produced by may be found at: nation, must be stockpiled in order to Emergent Biodefense Operations Lan- www.emergentbiosolutions.com v

The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities page 73 st C 1 International Symposium on chemical Development of CBRN Defence Capabilities B R 2010: A National Approach in a Multinational Environment biological radiological N nuclear

About Lachen Helfen e.V. The early days (CBRN) In 1996 a group of German soldiers, moved by their personal experiences with traumatized and wounded children in war zones, foun- ded an initiative called „LACHEN HELFEN“ (roughly translated „help to laugh again“). Confronted with the living conditions of people in Bosnia and Croatia, the German soldiers stationed there initiated an aid programme wich was soon to be followed by further initiatives.

nations at private functions (birthdays, weddings, anniversaries), and many ot- hers. Please contact our office so that we can help coordinate your plans. As we are recognized charity you will, of course, receive a tax for any donation you make.

You would like to work for us? The charity relies on dedicated members and invites you to take an active part. We will gladly tell you how you as a vo- lunteer can be a part of our team or take Donations Account: Lachen helfen e.V., Sparkasse Essen BLZ: 360 501 05, Konto: 431 0900 on responsibility as a member.

Soldiers and How does LACHEN HELFEN LACHEN HELFEN e.V. – police work hand in hand use the donations? at a glance The long and close co-operation bet- A large number of volunteers guarantees 1. In regions of war and other crises ween the German army and police de- that the administration costs are kept to children in need are supported di- ployed abroad encouraged police officers an absolute minimum. After consultati- rectly by soldiers and police officers to work for LACHEN HELFEN, wich ons with the army command the aid is statined there. evebtually led to the inclusion of the po- distributed by the soldiers and police of- 2. The local knowledge of soldiers and lice in our organisation. The first joint ficers stationed in the respective areas. police guarantees a realistic assess- projekt was the participation in funding In this way the donations are always ca- ment of the requirements in every the Mario-Keller-School, erected in me- refully and precisely directed – without single case. mory of the Karlsruhe policeman killed any unnecessary bureaucracy – to the af- 3. Financial aid is provided directly by in an ambush near Kabul. fected areas. the soldiers and police deployed in the affected areas. Objectives of the charity The fruit of 4. The soldiers and police ensure a las- The charity founded in September 1998 LACHEN HELFEN’s work ting effect of the aid projects. provides humanitarian aid mainly in Roderich Thien, grammar school te- areas which are not covered by the acher an Lieutenant Colonel of the Re- Visit us on our website: major aid organisations. LACHEN serve, the current chairman of the www.lachen-helfen.de HELFEN’s primary objective is the charity, gives a positive account tof the Here you will find a lot of interesting in- quick and effective support of children work so far: „Without exaggerating we formation on our projects and on our and their families in regions affected by can say that LACHEN HELFEN acti- organisation in general. Or contact us war, where the German Bundeswehr is vely supports our armed forces in their for further information by email: deployed. The aid is always directed at peace missions in humanitarian fields. [email protected] v all groups, irrespective of their ethnic The charity has established itself as a ca- and religious background. ring parner whose initiative also enhan- Lachen helfen e.V. – The money donated to LACHEN HEL- ces the reputation of our soldiers and Bundesgeschäftsstelle, FEN is used to finance the construction police, and with it their safety in areas of Bergische Kaserne, of schools, as we consider the education conflict.“ Knittkuhler Straße 2, of children to be the best investment in D-40629 Düsseldorf their future. Health care also plays an How can you Telefon: 0211-610 84 32 or important role. LACHEN HELFEN support LACHEN HELFEN? 0211-2802 35 65 finances mobile health centres for chil- Any form of support is welcome: pas- Telefon (VoIP): 032 225 15 84 32 dren and pregnant women in rural areas sing on information about our work, Telefax (VoMail): 01805-060 343 462 20 of Afghanistan. organising charity events, collecting do- page 74 The Conference Magazine of the 1st International Symposium on Developement of CBRN-Defence Capabilities FD 400

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