EEEGR Membership Directory 2006/07
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Pump up the Volume
PUMP UP THE VOLUME BRIngIng down costs and IncReasIng JoBs In the offshoRe wInd sectoR report Clare McNeil, Mark Rowney and Will Straw July 2013 © IPPR 2013 Institute for Public Policy Research AbOUT THE AUTHOrs Clare McNeil is a senior research fellow at IPPR. Mark rowney is a research fellow at IPPR. Will Straw is associate director for climate change, energy and transport at IPPR. AcknOwLEdgMEnTs the authors would like to thank Richard howard and adrian fox of the crown estate, Paul Reynolds from gL garrad hassan, Bruce Valpy from BVg associates, and aram w ood at statkraft for comments on an earlier draft of the report. we are also grateful to our IPPR colleagues graeme cooke, tony dolphin, Rick Muir, nick Pearce and Reg Platt for their comments. all of the views contained in this report are those of the authors and any errors remain ours alone. we owe a debt of gratitude to people at many organisations with whom we spoke over the course of the research. this includes alstom, the carbon trust, climate change capital, the committee on climate change, the crown estate, the danish wind Industry association, the danish embassy in London, dong energy, the energy technologies Institute, the german offshore wind energy foundation, greenpeace, Mainstream Renewable Power, Rwe, siemens UK, tata steel, the tUc, Vestas, and gL garrad hassan. thanks also to a number of civil servants across the government who engaged with us over the course of the project. thanks finally to sian ferguson at ashden trust and to gordon edge, nick Medic, Maf smith and Jennifer webber at RenewableUK for their kind sponsorship of this project and guidance throughout. -
Appendix E Technology
Appendix E E Appendix Electricity Statement Year Ten 2015 Technology E Appendix Electricity Ten Year Statement 2015 1 Contents The transmission network is made of many different equipment types. Descriptions of the different equipment, its capabilities, usage, limitations and expectations for development are presented here. Appendix E E1 – Overhead lines . 2 E2 – Underground cables for power transmission . 5 E3 – Onshore cable installation and landfall . 7 E4 – Switchgear . 12 E5 – Transformers . 15 E6 – Shunt reactors . 19 E7 – Shunt capacitor banks . 21 E8 – Static VAR compensators (SVC) . 23 E9 – Static compensator (STATCOM) . 26 E10 – Series compensation . 28 E11 – Quadrature boosters & series reactors . 31 E12 – Submarine three core cables . 33 E13 – Submarine single core cables . 37 E14 – Subsea cable installation AC & DC . 41 E15 – Offshore substation platforms . 45 E16 – HVDC: current source converters . 49 E17 – HVDC: voltage source converters . 52 E18 – HVDC: extruded cables . 55 E19 – HVDC: submarine mass impregnated cables . 59 E20 – HVDC: overhead lines . 62 E21 – HVDC: switchgear . 64 E22 – Technology availability for offshore strategic optioneering . 66 E23 – Unit costs . 80 Appendix E Electricity Ten Year Statement 2015 2 Appendix E1 – Overhead lines Overhead lines (OHLs) are used by electricity transmission companies as the default preferred solution for connections between power stations, distribution companies and bulk electricity power users. With air as the main insulating medium, overhead lines are designed using a balance between energy to be transported, security, costs and electrical mechanical, civil performance and environmental trade-offs. Figure E1.1 OHL maintenance E Appendix Electricity Ten Year Statement 2015 3 An OHL route consists of one or more Dependencies and impacts conductors suspended by towers . -
View and Download the End of the Present Here
THE END OF THE PRESENT T This publication draws together critical H reflection, speculative fiction, and collective E research to consider the ‘long crises’ of capitalism and the environment. It explores E the different forms of time in which N financial and environmental crises are D located, and how we as humans experience these massive events. O F Curator and artist Angela Chan and artist, writer and lecturer Emily Rosamond present T their own takes on time and crises, each H in response to the question ‘when does a E crisis begin and end?’ Emily Rosamond’s essay, Swarm Signals, connects astrophysics P to financial markets to question causality R and influence. Angela Chan’s short story, E Blurred Events, takes us to a near future in S which pandemic time blurs world politics. E N Jumping off from The End of the Present, T an online residency with Arts Catalyst, our quasi factual writing runs throughout this publication. Each narrative develops research undertaken by participants in public online co-research workshops where we collectively mapped events across recent and deep timescales. Our texts are a time(un)line of connections, which attempt to unravel cause and effect, and undo linear readings of history. Ruth Beale & Amy Feneck, The Alternative School of Economics 2 T H E E N D O F T H E P R E TIME(UN)LINE S E N The Alternative School T of Economics 3 T PINK ICE H E The Antarctic Treaty System, the post- colonial promise to ‘continue forever to E be used exclusively for peaceful purposes’ A N ends in 2048. -
PIPE SUPPORTS LTD Company Profile
PIPE SUPPORTS LTD Company Profile CONTENTS Page 2. Address, Location and Function. Page 4. Financial, Legal and Commercial. Page 5. Facilities. Page 7. Design Capability. Page 8. Quality Assurance and Controls. Page 8. Membership of Trade Associations and Technical Committees. Page 8. Sales Representation. 21/01/2014 Page 1 of 8 Address, Location and Function 1.1 Name and Address: Pipe Supports Limited Unit 22, West Stone Berry Hill Industrial Estate Droitwich Worcs WR9 9AS 1.2 Telephone Number: +44 (0) 1905 795500 1.3 Fax Number: +44 (0) 1905 794126 1.4 E-mail address: [email protected] 1.5 Web site address: www.PipeSupports.com 1.6 Factory Address: Unit 22, West Stone Berry Hill Industrial Estate Droitwich Worcs WR9 9AS 1.7 Location: Approximately 2.5 miles from M5 Junction 5, and 6 miles from M5 Junction 6, just off A38. 1.8 Access to Factory: Good via driveway - minimum width approximately 5m. Roller shutter opening into factory 4.5 m x 4.5 m. EOT crane capacity of 5 tonnes. Max. lift height 4 metres. 3 Fork lift trucks capacity 5 tonnes. 1.9 Principal Function of Company: The design, manufacture and supply of pipe hangers, restraints and associated equipment for all types of pipework installations in the industrial, commercial, power generation and petrochemical sectors. Secondary services include site survey and piping analysis combined with the long-term monitoring of piping performance. 1.10 Product Listing: PSDesigner – Software for Designing Pipe hanger Assemblies. PSLCAD - Computerised Support Design / Drawing System -
Members' Directory 2019-2020
Directory Sponsor MEMBERS’ DIRECTORY RenewableUK 2019-2020 Members’ Directory 2019-2020 Members’ Directory Micro Grid Renewables Generation Solar Electricity Trading Transmission Distribution Demand-Side Centralised Power Response Generation Smart Storage Cities Wind Smart Homes User Demand EVs 25 EUR million Sales in more than Established 6 manufacturing State of the art average annual investments facilities (last 3 years) 50 countries 1950 plants in 3 countries Who we are Tracing its industrial roots back to 1950, Cablel® Hellenic Cables has evolved into a leading European provider of reliable and competitive cable solutions. With 6 manufacturing plants across 3 countries, Cablel® Hellenic Cables covers a wide range of cable products and solutions, from Land and Submarine Power cables to Fiber Optics, Telecommunication cables and Magnet Wires. Cablel® Hellenic Cables offers a wide range of integrated solutions, including design, manufacturing, planning, project management and installation. In-house R&D and testing facilities guarantee continuous product development and innovation. As the world’s need for sustainable and reliable flow of energy and information continues to increase, we remain focused on our mission to provide top-quality products and services meeting the highest technical and sustainability standards set by our customers. HEAD OFFICE: 33, Amaroussiou - Halandriou Str., 151 25 Maroussi, Athens, GREECE Tel.: +30 210 6787 416, +30 210 6787 900, Fax: +30 210 6787 406 [email protected] www.cablel.com 09-13-2019_KX_CABLEL_168x240mm_FINAL.indd -
Information&Analysis Journal
информационно-аналитический журнал information&analysis journal №3 (021), Сентябрь/September 2007 ПРЕДСЕДАТЕЛЬ РЕДАКЦИОННОГО СОВЕТА PRESIDENT OF EDITORIAL BOARD А.Б. ЯНОВСКИЙ, д.э.н., профессор, руководитель A.B. YANOVSKY, Doctor of Economics, Professor, Chief Департамента ТЭК Минпромэнерго России of Fuel-Energy Complex Department of the Ministry of Industry and Energy of the Russian Federation ЗАМЕСТИТЕЛЬ ПРЕДСЕДАТЕЛЯ РЕДАКЦИОННОГО СОВЕТА VICE-PRESIDENT OF EDITORIAL BOARD Л.М. ГРУЗДИЛОВИЧ, председатель Ученого совета L.M. GRUZDILOVICH, Chairman of the Academic Council Некоммерческого Партнерства of Nonprofit Partnership “Coiled Tubing Technologies «Центр развития колтюбинговых технологий» Development Center“ РЕДАКЦИОННЫЙ СОВЕТ EDITORIAL BOARD Б.Г. ВЫДРИК, начальник отдела внутреннего R. CLARKE, Editor-in-Chief потребления и экспорта ТЭК M.G. GEIKHMAN, Doctor, Deputy Chief of the Department Департамента ТЭP Минпромэнерго России of Gas, Gas-Condensate (Oil) Production, JSC Gazprom Д.Н. ГРИБАНОВСКИЙ, заместитель Генерального D.N. GRIBANOVSKY, Deputy Director Generale директора «NOV Фидмаш» of NOV-FIDMASH В.С. Войтенко, д.т.н., профессор, академик РАЕН A.N. KHAMIDULLIN, Director of «Coiled Tubing Service» LLC М.Г. ГеЙХМАН, к.т.н., заместитель начальника I.M. KRIVIKHIN, Chief Engineer of Surgut UPNP&KRS, Управления по добыче газа и газоконденсата (нефти) JSC Surgutneftegaz ОАО «Газпром» E.B. LAPOTENTOVA, Director Generale of NOV-FIDMASH Г.П. ЗОЗУЛЯ, д.т.н., профессор, зав. кафедрой «Ремонт и восстановление скважин» ТГНГУ A.G. MOLCHANOV, Doctor of Engineering, Professor, Correspondence Member of the Russian Engineering Р. КЛАРК, главный редактор журнала Academy, Head of Department for Technical Mechanics of И.М. КРИВИХИН, главный инженер Сургутского УПНП the RGU named after I.M. Gubkin и КРС ОАО «Сургутнефтегаз» I.Y. -
Shaping Tomorrow. Performing Today
Shaping Tomorrow. Performing Today. Company Profile Content page 1 Market position 3 2 Quality, Health, Safety, Security and Environment 5 3 Financial stability 9 4 Reference list offshore steel structures 10 5 Reference list offshore wind turbine foundations 17 6 Manufacturing, organisation and technical capabilities 22 7 Qualified workforce 33 8 Strong cooperations 34 9 Labour regulations and work conditions 35 10 Accessibility 36 11 General contact information 38 2 1 Market position 1.1 Welcome to Sif Sif is an independent company from The Netherlands, specialised in the manufacturing of tubular structures. Our markets are mainly the offshore wind energy as well as the offshore oil and gas industry. We provide employment for over 600 highly skilled, qualified and motivated employees. 1.2 In-house experience and expertise Our 300kt+ annual production capacity, five production lines, unique process know-how in the rolling of heavy steel plate material and best-in-class submerged arc welding techniques, have put us in a position in which key players in the industry know exactly and appreciate what we stand for: highest reproducible quality and consistent productivity throughout the projects awarded to us. 1.3 Impressive track record Unique processing capabilities are combined with a proven track record in high quality and on-time delivery. Our way of doing business is focusing on our customers objectives. That’s why our customers perceive us as a genuine high-end co-creator and reliable partner for their projects. We understand the importance of maintaining certifications to all relevant industrial standards, including an effective quality management system certified in accordance with NEN-ISO 9001 2015 and ISO 3834-2 requirements for welding. -
Solihull Metropolitan Borough Council
SOLIHULL METROPOLITAN BOROUGH COUNCIL Net Zero Action Plan: Report August 2021 CONTENTS 1. Background & Context Page 4 2. Net Zero Action Plan Page 9 2.1 Non-Domestic Buildings Page 18 2.2 Domestic Buildings Page 28 2.3 Transport Page 37 2.4 Waste Page 49 2.5 Industry Page 58 2.6 Natural Environment Page 63 2.7 Energy Supply Page 75 2.8 Council Influence Page 83 3. Conclusions & Next Steps Page 88 4. Appendix Page 91 INTRODUCTION Action Plan Overview & Scope A Collaborative Approach This report was commissioned by Solihull Metropolitan Borough Council We recognise that the Council can’t achieve the Borough target by (SMBC), who aspire to meet a Borough-wide net zero target of 2041 in-line themselves. The Net Zero Action Plan seeks to help the Council understand with the West Midlands Combined Authority (WMCA) ambition. As an which stakeholders in the Borough will need to be engaged and to help focus organisation, the Council itself has a 2030 net zero ambition. resourcing and funding towards actions with the greatest positive impact. Where stakeholders across society can contribute; it stands to make the Plan The Net Zero Action Plan Report is an exploration of the actions Solihull will more relevant, more deliverable and more likely to unlock the various social need to consider to meet its ambition of a net zero Borough. The Council & economic co-benefits that climate change mitigation can offer. will use this work to help inform the nature and extent of action and the report is a key element in planning the Borough’s response to the Climate Action Plan Objectives Emergency. -
Subsea Controls Project References
SUBSEA CONTROLS PROJECT REFERENCES INTRODUCTION Proserv has been manufacturing control systems in the UK since 1976 and has considerable experience in subsea production system engineering and subsea control system design. As the industry technology has advanced into locating much of the production equipment on the seabed so Proserv has developed control, monitoring and safety shutdown systems which are able to operate in this equipment either from the surface, or the subsea environment. Early involvement in the Subsea arena began for Proserv in the 1980’s with the design and prototype manufacture of our own subsea control module, using our in-house spool-type control valves. These whilst initially adapted and evaluated for subsea use did not show the degree of durability of the carbide shear seal type valves used in our subsea control systems today. A number of subsea hydraulic systems for short step-outs and SSIV controls were made, but it was the development of our Wellcon multiplexed electronic programmable control modules employing shear-seal valves that established Proserv presence in the subsea market. In 1992 our first complete multiplexed Electro-Hydraulic subsea control system was developed and the first full system deployed the following year. In 1999 the Artemis subsea control system was developed adding deep water ROV deployment to the product line. The inclusion of the Sicom OCC modem technology in 2007 enabled open and high performance subsea network availability. In 2014 Proserv launch the latest generation subsea electronics Artemis 2G (A2G) which provides operators with a reliable, more accessible and flexible system with increase data and power performance and full compliance with latest SIIS, IWIS, ISO and API specifications With much more reliance on oil and gas field life extension and brownfield expansion of older field the Artemis and A2G technology from Proserv now provides an alternative to using the original Equipment Manufacture with the Augmented Controls Technology (ACT) provided by Proserv subsea controls technology. -
Statoil-Kiwi Well-Environment Impact Assessment
Environmental Impact Assessment (EIA) Offshore Exploratory Drilling Well Kiwi A-1X, El Dabaa Offshore Concession, Egypt 455/EJ6172 – 000-EN-REP-06 16 December 2010 Infrastructure & Environment 21, Misr Helwan Agriculture Road Maadi Cairo Egypt Telephone: + 202 2359 1487/1576/3819/5628 Facsimile: + 202 2359 1038 www.worleyparsons.com © Copyright 2010 WorleyParsons Disclaimer This report has been prepared on behalf of and for the exclusive use of Statoil, and is subject to and issued in accordance with the agreement between Statoil and WorleyParsons Engineers Egypt Ltd. WorleyParsons Engineers Egypt Ltd accepts no liability or responsibility whatsoever for it in respect of any use of or reliance upon this report by any third party. Copying this report without the permission of Statoil or WorleyParsons Engineers Egypt Ltd is not permitted. ENVIRONMENTAL IMPACT ASSESSMENT (EIA) OFFSHORE EXPLORATORY DRILLING WELL KIWI A-1X, EL DABAA OFFSHORE CONCESSION, EGYPT 0NON-TECHNICAL SUMMARY WorleyParsons Engineers Egypt Ltd (WPEEL) has conducted an Environmental Impact Assessment (EIA) study for Statoil’s proposed offshore exploratory “Kiwi A-1X” well located in the Mediterranean Sea, El Dabaa Offshore Concession, Egypt (Figure 1). WorleyParsons has been also retained by Statoil to conduct an Environmental Risk Assessment (ERA) study for the same offshore exploratory drill well (455/EJ6172-000-EN-REP-07). This EIA report details the environmental impact assessment and summarizes the ERA study. Figure 1 Statoil Concession and Well Location Statoil contracted Petro Environmental Service Company (PESCo) to perform a surface modelling study of hypothetical oil spills to assess the potential impact of the surface release of oil in case of a blow out event from Kiwi A-1X well. -
Company Profile
Company Profile Global Supplier of solutions that protect people and equipment from explosion, fire and noise hazards Mech-Tool House, Whessoe Road, Darlington, Co Durham, England DL3 0QT T: +44 (0)1325 355141 E: [email protected] W: www.mechtool.co.uk Contents The Company Page 1 Brief Overview Page 2 Company Facilities Page 3 & 4 Organisation Chart Page 5 Quality Certification Page 6 Health & Safety Certification Page 7 FPAL Approved Page 8 Achilles JQS Approved Page 9 Quality Policy Statement Page 10 HSE Policy Statement Page 11 Safety Awards Page 12 Products Page 13 Clients & End Users Page 14 Project Listing Page 15 - 22 The Company Mission Statement To be a world class supplier of solutions that protect people and equipment from explosion, heat, fire and noise hazards. This will be done by providing a complete design, project management and supply service through its family of focused business units. Page 1 Brief Overview Based in the North of England and established in 1969, MTE specialises in the design, manufacture, project management and installation of cladding systems, explosion / pressure relief systems, equipment modules and enclosures that protect personnel and equipment from the environmental hazards of fire, thermal radiation, explosion and noise. MTE employs a highly skilled, experienced team of designers, engineers, project and quality assurance personnel working within ISO 9001:2008 accredited standards. Location Darlington, UK Quality Approvals ISO 9001 : 2008 Number of Employees 170 Facilities Darlington Office 1700 m2 Production 7200 m2 Storage 7000 m2 Middlesbrough Fit out 10000 m2 Page 2 Company Facilities MTE’s production facilities are housed in a 6000m² factory, which with an 8m working height provides a large flexible unit to cater for a wide variety of work. -
Projects Reference List
Projects Reference List Contract Year Customer End User Project Destination Description C257 2021 ODE Limited Perenco UK IOG Phoenix UK, Offshore 3 off Orifice Gas Meter Runs Shell Clipper Sampler C256 2020 ODE Limited Shell UK Limited UK, Offshore Liquid Sampling Skid Package LACT Metering Package c/w Flow Computer System, Kazakh Projects Joint Future Growth Project - C228a 2020 Tengizchevroil (TCO) Kazakhstan Bi-Directional Prover, Mobile Compact Prover and Venture Limited (PJV) Phase 2 Sample Shelter Kinder-Janes C101 HP off-gas C255 2020 BP Chemicals UK, Onshore Reinjection Off-Gas Compressor Engineers Limited Reinjection ProHeat Systems ProHeat Systems C254 2020 ACE Heaters UK, Onshore Fabrication and Assembly of ACE Heater Units Limited Limited C100a 2020 Smurfit Kappa Smurfit Kappa Snodland Paper Mill UK, Onshore Fuel Gas Compression Consultancy Engineering C167a 2020 National Grid National Grid Electric Heater UK, Onshore Electric Heater c/w Thyristor control Mellitah Oil & Gas Modification/ Upgrade with Spares Logistics for Fuel Gas C194a 2020 Mellitah Oil & Gas B.V Bouri Gas Fuel Package Libya B.V Conditioning System. BW Offshore (UK) Densitometer C253 2020 Premier Oil UK, Offshore Metering System Upgrade Limited calibrations C252 2019 BW Offshore UK Ltd Premier Oil FPSO Catcher UK, Offshore Metering System Upgrade Daisy Green, Eye ProHeat Systems C251 2019 Cadent Green, Hertford & UK, Onshore 4 x Thermosyphon Heater Skids Limited Tatling End C250 2019 PD&MS Group Shell UK Limited Nelson Platform UK, Offshore Fuel Gas Import