We Create the Railway of the Future 3
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Possible Solutions for Zero Emission Railways. Case Study
Possible Solutions For Zero Emission Railways MOZEES Workshop - 22nd – 23rd October: CIENS, Oslo – Forum Dag Aarsland, Senior Advisor Possible Solutions for Zero Emission Railways MANDAT Forprosjekt NULLFIB- NULLutslippsløsninger For Ikke-elektrifiserte Baner Non-electrified lines • 1395 km (approx. 1/3rd) of total 4150 km is non- electrified. • Estimated cost for electrification for Nordlandsbanen would be = 1- 1,3 Billion €. Other lines (Meråker line and Trondheim- Stjørdal) will be electrified. • Diesel consumption for all lines per year is approx. 16 mill/litre • Fuel consumption for a Cargo-train for example, Trondheim-Bodø is approx. 8000 litres (roundtrip). Freight train passing mountain Saltfjellet on the Nordland line. Considering four alternatives Transition from fossil-based to zero-carbon for passenger-trains, freight-trains and on-track- machines. Study of: • Hydrogen • Biogas • Biodiesel • Battery Deadline for the feasibility study is end of 2019. Bodø, terminus of the Nordland line Hydrogen operation – assessment by the end of 2019 • The Norwegian Government Transport Committee has requested the Railway Directorate to investigate the possibility of a test project with hydrogen operation of railway vehicles. • The directorate shall before end of 2019 assess the cost and feasibility of a pilot project. Alstom hydrogen powered train Feasibility study of battery operation • Feasibility study of battery-operation for Nordlandsbanen (Trondheim – Bodø). • Length 728km, 162 tunnels, 256 bridges, challenging operation conditions. • Including the line from Rana mines to Mo I Rana. Snow clearing on tracks on the mountain Saltfjellet on the Nordland line Contributors Electrification Is it possible in a cost-effective way only to electrify sections of the line? Horisontal profile – Nordland line What do the train manufacturers think? Consepts for passenger train with locomotive and coaches. -
Report on Railway Accident with Freight Car Set That Rolled Uncontrolledly from Alnabru to Sydhavna on 24 March 2010
Issued March 2011 REPORT JB 2011/03 REPORT ON RAILWAY ACCIDENT WITH FREIGHT CAR SET THAT ROLLED UNCONTROLLEDLY FROM ALNABRU TO SYDHAVNA ON 24 MARCH 2010 Accident Investigation Board Norway • P.O. Box 213, N-2001 Lillestrøm, Norway • Phone: + 47 63 89 63 00 • Fax: + 47 63 89 63 01 www.aibn.no • [email protected] This report has been translated into English and published by the AIBN to facilitate access by international readers. As accurate as the translation might be, the original Norwegian text takes precedence as the report of reference. The Accident Investigation Board has compiled this report for the sole purpose of improving railway safety. The object of any investigation is to identify faults or discrepancies which may endanger railway safety, whether or not these are causal factors in the accident, and to make safety recommendations. It is not the Board’s task to apportion blame or liability. Use of this report for any other purpose than for railway safety should be avoided. Photos: AIBN and Ruter As Accident Investigation Board Norway Page 2 TABLE OF CONTENTS NOTIFICATION OF THE ACCIDENT ............................................................................................. 4 SUMMARY ......................................................................................................................................... 4 1. INFORMATION ABOUT THE ACCIDENT ..................................................................... 6 1.1 Chain of events ................................................................................................................... -
Product Manual
PRODUCT MANUAL The Sami of Finnmark. Photo: Terje Rakke/Nordic Life/visitnorway.com. Norwegian Travel Workshop 2014 Alta, 31 March-3 April Sorrisniva Igloo Hotel, Alta. Photo: Terje Rakke/Nordic Life AS/visitnorway.com INDEX - NORWEGIAN SUPPLIERS Stand Page ACTIVITY COMPANIES ARCTIC GUIDE SERVICE AS 40 9 ARCTIC WHALE TOURS 57 10 BARENTS-SAFARI - H.HATLE AS 21 14 NEW! DESTINASJON 71° NORD AS 13 34 FLÅM GUIDESERVICE AS - FJORDSAFARI 200 65 NEW! GAPAHUKEN DRIFT AS 23 70 GEIRANGER FJORDSERVICE AS 239 73 NEW! GLØD EXPLORER AS 7 75 NEW! HOLMEN HUSKY 8 87 JOSTEDALSBREEN & STRYN ADVENTURE 205-206 98 KIRKENES SNOWHOTEL AS 19-20 101 NEW! KONGSHUS JAKT OG FISKECAMP 11 104 LYNGSFJORD ADVENTURE 39 112 NORTHERN LIGHTS HUSKY 6 128 PASVIKTURIST AS 22 136 NEW! PÆSKATUN 4 138 SCAN ADVENTURE 38 149 NEW! SEIL NORGE AS (SAILNORWAY LTD.) 95 152 NEW! SEILAND HOUSE 5 153 SKISTAR NORGE 150 156 SORRISNIVA AS 9-10 160 NEW! STRANDA SKI RESORT 244 168 TROMSØ LAPLAND 73 177 NEW! TROMSØ SAFARI AS 48 178 TROMSØ VILLMARKSSENTER AS 75 179 TRYSILGUIDENE AS 152 180 TURGLEDER AS / ENGHOLM HUSKY 12 183 TYSFJORD TURISTSENTER AS 96 184 WHALESAFARI LTD 54 209 WILD NORWAY 161 211 ATTRACTIONS NEW! ALTA MUSEUM - WORLD HERITAGE ROCK ART 2 5 NEW! ATLANTERHAVSPARKEN 266 11 DALSNIBBA VIEWPOINT 1,500 M.A.S.L 240 32 DESTINATION BRIKSDAL 210 39 FLØIBANEN AS 224 64 FLÅMSBANA - THE FLÅM RAILWAY 229-230 67 HARDANGERVIDDA NATURE CENTRE EIDFJORD 212 82 I Stand Page HURTIGRUTEN 27-28 96 LOFOTR VIKING MUSEUM 64 110 MAIHAUGEN/NORWEGIAN OLYMPIC MUSEUM 190 113 NATIONAL PILGRIM CENTRE 163 120 NEW! NORDKAPPHALLEN 15 123 NORWEGIAN FJORD CENTRE 242 126 NEW! NORSK FOLKEMUSEUM 140 127 NORWEGIAN GLACIER MUSEUM 204 131 STIFTELSEN ALNES FYR 265 164 CARRIERS ACP RAIL INTERNATIONAL 251 2 ARCTIC BUSS LOFOTEN 56 8 AVIS RENT A CAR 103 13 BUSSRING AS 47 24 COLOR LINE 107-108 28 COMINOR AS 29 29 FJORD LINE AS 263-264 59 FJORD1 AS 262 62 NEW! H.M. -
Teknologiske Løysingar
Coastal Highway Route E39 Project aicep 26th March 2015 Lisboa Kjartan J Hove/ Kjersti Kvalheim Dunham / Jan Eirik Henning Norwegian Public Roads Administration National Transport Plan 2014-2023 Road funding Total budget - national roads (incl. toll road funding) 3.8 4.07 4.8 5.8 Annual average – billion EUR Meeting a Growing Market • More efficient planning • Faster and less fragmented construction • Cooperation with the consultant- and construction industries • National and international competition • Predictable funding Illustration: Colourbox National public road fundings 2014 – 2017 annualy average ~ 25% Operations and maintenance Investments ~ 75% – new projects Investments: NPRA’s contract portfolio Distribution of roughly 500 contracts 50 contracts large > € 6,6 mill. 150 contracts€ 1,3 – 6,6 mill. small 300 < € 1,3 mill. contracts Our aims as project portfolio owners Diversity and competition in the market Make it possible also for small and medium sized contractors to compete. Occupational health, safety and environment (HSE) We want to be exemplary within HSE. We want to be a force on improving methods, materials and technical solutions that enhance HSE. HSE – The staff of the sub-contractors appear to carry the largest risk Measures taken in the contracts: Maximum two levels of sub-contractors below the main contractor. The contractor’s own work force shall carry out at least 25% of the work (man-hours) Person(s) with the overall daily administrative responsibility shall be part of the contractor’s own staff. Sanction clauses Procurement Procedure, Road sector Goverend by EU procurement directive 2004/18/EEC Open competition, announcement in the EU database (TED) The respective NPRA Regional office (5) is the Contracting Agency Commonly 2 – 5 tenderers on large contracts Photo:Photo: Knut Kjell Opeide Soltvedt Project delivery and contract types A professional judgment is made to find the most suitable in each individual case. -
Measuring the Inaccurate: Causes and Consequences of Train Delays
Summary: Measuring the inaccurate: Causes and consequences of train delays TØI Report 1459/2015 Author(s): Askill Harkjerr Halse, Vegard Østli and Marit Killi Oslo 2015, 71 pages Norwegian language In this report, we argue that the rich available data on train performance and railway infrastructure should be used to get precise measurements of economic relationships in railway management. As one such exercise, we first show how temporary speed reductions on railway links caused by low infrastructure quality affects running time and delays for Norwegian freight trains. Even though each speed reduction only adds about 44-50 seconds to running time, speed reductions still contribute to delay at the destination. Secondly, we show that delays has a negative effect on demand for passenger and freight trains services. The corresponding demand elasticity is lower than the one implied by willingness-to-pay studies, consistent with evidence from Great Britain. In is widely acknowledged in the transportation economics literature that more reliable transport time constitutes an economic benefit. In the presence of unreliability, individuals and firms adjust by taking costly measures like departing early or keeping a safety stock of goods. The ‘cost’ of train delays is therefore the foregone benefits that could have been achieved if all trains were running on time. Much of the existing literature on railway punctuality is based on optimization and/or simulation, calling for more empirical studies. In the innovation project PRESIS, funded by the Research Council of Norway and the Norwegian National Rail Administration, we have developed methods to survey reliability in the Norwegian rail sector. -
Piezoelectric Flooring Share
Commuting = Energy PiezoApp: Piezoelectric Flooring Share Distance Energy 1.9 km 2.6watts Total Nearest! Energy PieZone Topic: Explore how citizens, establishments and urban What I learned: Piezoelectric applications can serve as an Where: Oslo, Norway! streets can integrate Piezoelectric Flooring and innovative way to generate electricity with the everyday Why Oslo, Norway? Being the country’s largest city, Oslo complimentary PiezApp to produce and monitor energy movements of the communal population. This platform has the largest public transportation system in Norway. This creation and expenditures. The combined technologies track would create wonderful data points on traffic congestion, system, called Ruter, includes Oslo Metro, the Oslo how much energy has been captured to the dedicated grids traffic flows, best routes and identifying peak hours of Tramway, the Oslo Commuter Rail, the city regional bus and how much energy each individual has produced in the traffic in certain areas in Oslo, Norway. ! system, and a ferry system for the islands of Akershus cycle of their day, week, year, lifetime. This would be ! County as well as for Germany and Denmark. Oslo’s designed as such:! Through the platform, opportunities for civic engagement transportation system is one of the the most comprehensive, ! and sustainability of urban spaces, which use the effective, and best integrated systems in Europe. With a. Developing a system and infrastructure where piezoelectric flooring (i.e. Dance Halls and Dense Transit multiple forms of transportation at both the urban and Piezoelectric Flooring can be installed throughout high Stations). The device could serve as monitoring and metropolitan level, the system is never over capacity, and pedestrian and vehicle traffic zones in urban analytical device to secure transparency, gathering data when combined with high number of stops it allows for a communities.! points to increase the user experience of commuting. -
Nasjona Signalplan 2020
National Signalling Plan 2020 1 LIST OF CONTENTS 1 INTRODUCTION AND SUMMARY ................................................................................................. 3 1.1 INTRODUCTION ............................................................................................................................ 3 1.2 SUMMARY ................................................................................................................................... 5 2 NATIONAL SIGNALLING PLAN ..................................................................................................... 6 2.1 GRAPHIC OVERVIEW – YEAR OF COMMISSIONING ........................................................................... 6 2.2 GRAPHIC REPRESENTATION IN MAP .............................................................................................. 6 3 DESCRIPTION PER LINE SECTION .............................................................................................. 8 4 DOCUMENT INFORMATION .......................................................................................................... 9 4.1 TERMINOLOGY ............................................................................................................................ 9 4.2 REFERENCES .............................................................................................................................. 9 A significant proportion of the signalling systems on the Norwegian railway network are nearing the end of their life expectancy. This is an overall plan for the -
Joint Barents Transport Plan Proposals for Development of Transport Corridors for Further Studies
Joint Barents Transport Plan Proposals for development of transport corridors for further studies September 2013 Front page photos: Kjetil Iversen, Rune N. Larsen and Sindre Skrede/NRK Table of Contents Table Summary 7 1 Introduction 12 1.1 Background 12 1.2 Objectives and members of the Expert Group 13 1.3 Mandate and tasks 14 1.4 Scope 14 1.5 Methodology 2 Transport objectives 15 2.1 National objectives 15 2.2 Expert Group’s objective 16 3 Key studies, work and projects of strategic importance 17 3.1 Multilateral agreements and forums for cooperation 17 3.2 Multilateral projects 18 3.4 National plans and studies 21 4 Barents Region – demography, climate and main industries 23 4.1 Area and population 23 4.2 Climate and environment 24 4.3 Overview of resources and key industries 25 4.4 Ores and minerals 25 4.5 Metal industry 27 4.6 Seafood industry 28 4.7 Forest industry 30 4.8 Petroleum industry 32 4.9 Tourism industry 35 4.10 Overall transport flows 37 4.11 Transport hubs 38 5 Main border-crossing corridors in the Barents Region 40 5.1 Corridor: “The Bothnian Corridor”: Oulu – Haparanda/Tornio - Umeå 44 5.2 Corridor: Luleå – Narvik 49 5.3 Corridor: Vorkuta – Syktyvkar – Kotlas – Arkhangelsk - Vartius – Oulu 54 5.4 Corridor: “The Northern Maritime Corridor”: Arkhangelsk – Murmansk – The European Cont. 57 5.5 Corridor: “The Motorway of the Baltic Sea”: Luleå/Kemi/Oulu – The European Continent 65 5.6 Corridor: Petrozavodsk – Murmansk – Kirkenes 68 5.7 Corridor: Kemi – Salla – Kandalaksha 72 5.8 Corridor: Kemi – Rovaniemi – Kirkenes 76 -
Representing the SPANISH RAILWAY INDUSTRY
Mafex corporate magazine Spanish Railway Association Issue 20. September 2019 MAFEX Anniversary years representing the SPANISH RAILWAY INDUSTRY SPECIAL INNOVATION DESTINATION Special feature on the Mafex 7th Mafex will spearhead the European Nordic countries invest in railway International Railway Convention. Project entitled H2020 RailActivation. innovation. IN DEPT MAFEX ◗ Table of Contents MAFEX 15TH ANNIVERSARY / EDITORIAL Mafex reaches 15 years of intense 05 activity as a benchmark association for an innovative, cutting-edge industry 06 / MAFEX INFORMS with an increasingly marked presence ANNUAL PARTNERS’ MEETING: throughout the world. MAFEX EXPANDS THE NUMBER OF ASSOCIATES AND BOLSTERS ITS BALANCE APPRAISAL OF THE 7TH ACTIVITIES FOR 2019 INTERNATIONAL RAILWAY CONVENTION The Association informed the Annual Once again, the industry welcomed this Partners’ Meeting of the progress made biennial event in a very positive manner in the previous year, the incorporation which brought together delegates from 30 of new companies and the evolution of countries and more than 120 senior official activities for the 2019-2020 timeframe. from Spanish companies and bodies. MEMBERS NEWS MAFEX UNVEILS THE 26 / RAILACTIVACTION PROJECT The RailActivation project was unveiled at the Kick-Off Meeting of the 38 / DESTINATION European Commission. SCANDINAVIAN COUNTRIES Denmark, Norway and Sweden have MAFEX PARTICIPTES IN THE investment plans underway to modernise ENTREPRENEURIAL ENCOUNTER the railway network and digitise services. With the Minister of Infrastructure The three countries advance towards an Development of the United Arab innovative transport model. Emirates, Abdullah Belhaif Alnuami held in the office of CEOE. 61 / INTERVIEW Jan Schneider-Tilli, AGREEMENT BETWEEN BCIE AND Programme Director of Banedanmark. MAFEX To promote and support internationalisation in the Spanish railway sector. -
Railway Standard
Railway standard Possible extension of the ScanMed Corridor from the Mälardalen Task 5.3 Catching the goods transport from the northern areas to CNCs’ Responsible partner: Region Örebro County Version: Final draft, 2017-12-14 Lead Partner Content List of figures ........................................................................................................................................ 3 List of tables ......................................................................................................................................... 4 Abbreviations ....................................................................................................................................... 5 1. Summary ...................................................................................................................................... 6 2. Introduction ................................................................................................................................. 7 2.1 TENTacle ................................................................................................................................ 7 2.2 Present situation .................................................................................................................... 8 2.3 Objectives ............................................................................................................................ 10 2.4 Purpose ............................................................................................................................... -
Finding the Optimal Seat Capacity for Train-Services Using Transport Models
TECHNICAL UNIVERSITY OF DENMARK June 2014 FINDING THE OPTIMAL SEAT CAPACITY FOR TRAIN-SERVICES USING TRANSPORT MODELS DEPARTMENT OF TRANSPORT María Díez Gutiérrez – s121456 Finding the optimal seat capacity for train services using transport models MSc Thesis – Transport Engineering ACKNOWLEDGEMENTS It is with gratitude to my supervisor Kim Bang Salling for making possible this thesis project and encouraging me during the process. I would like to express my appreciation to Trude Tørset whose enthusiasm for transport models has been inspiring to focus my research on the field. I thank her for following up my thesis from the earlier stages, providing me support and guidance. My sincere thanks to Jernbaneverket, in particular Per Jorulf Overvik and Patrick Ranheim, who helped me to specify the topic and to obtain the required data. I thank them for the useful observations along the learning process of this master thesis. I would like to express my gratitude to Stefano Manzo for the worthwhile comments and remarks on this project. I want to thank Olav Kåre Malmin who has helped me to understand better the technical aspects of the model. Thanks to NSB for providing me with necessary data and resources for the Jæren line analyses. Last but not least, I would like to express my love and gratitude to my family for their understanding, encouragement and support. I Finding the optimal seat capacity for train services using transport models MSc Thesis – Transport Engineering ABSTRACT This master thesis project aims to estimate the optimal capacity for the rush period in the Jæren line, particularly in the service between Stavanger and Egersund. -
Platform of Rail Infrastructure Managers in Europe
P R I M E Platform of Rail Infrastructure Managers in Europe General Presentation November 2019 1 Main features . Acts as the European Network of Infrastructure Managers as established by the 4th Railway Package to: . develop Union rail infrastructure . support the timely and efficient implementation of the single European railway area . exchange best practices . monitor and benchmark performance and contribute to the market monitoring . tackle cross-border bottlenecks . discuss application of charging systems and the allocation of capacity on more than one network Added value . ‘Influencing’ function: industry able to affect draft legislation . ‘Early warning’ function: EC/ERA and industry - interaction and mutual understanding of respective ‘business’ . ‘Stress-test’ function: EC to test legislative proposals re their ‘implementability‘ . ‘Learning’ function: EC and IM to improve ‘Business’ function: Benchmarking of best practice to enhance IMs effectiveness and capabilities 2 The Evolution of PRIME – timeline Today September October March 2014 June 2016 The European Network of Rail IMs 2013 2013 First 8 IMs to EC proposes 26 participants, 40 members, 5 observers sign the 7 participants Declaration of 5 subgroups, 6 subgroups, Declaration of 2 subgroups: Intent to all IMs cooperation with 2 cooperation platforms Intent KPIs and benchmarking to set up PRIME regulators ad hoc working groups Implementing Acts ad hoc security group, PRIME PRIME PRIME 3 Members As of 20 December 2018: EU Industry Members Industry observers 20. Lietuvos geležinkeliai, LT European Commission 1. Adif, ES 1. CER (member) 2. Bane NOR, NO 21. LISEA, FR 2. EIM 3. Banedanmark, DK 22. MÁV Zrt , HU 3. RNE ERA (observer) 4.