By Jan-Erik Vinnem
Offshore danger Assessment was once the 1st e-book to house quantified threat evaluate (QRA) as utilized in particular to offshore installations and operations. chance overview concepts were used for greater than 3 many years within the offshore oil and fuel undefined, and their use is determined to extend more and more because the strikes into new components and faces new demanding situations in older regions.
This up-to-date and extended 3rd version has been proficient by means of a massive R&D software on offshore threat review in Norway and summarizes study from 2006 to the current day. Rooted with an intensive dialogue of possibility metrics and chance research technique, next chapters are dedicated to analytical methods to escalation, break out, evacuation and rescue research of protection and emergency systems.
Separate chapters research the most risks of offshore constructions: fireplace, explosion, collision, and falling items in addition to structural and marine dangers. chance mitigation and regulate are mentioned, in addition to an indication of the way the implications from quantitative hazard review reports could be offered. The 3rd moment version has a much better specialize in using chance review options within the operation of offshore installations. additionally decommissioning of installations is covered.
Not basically does Offshore possibility Assessment describe the state-of-the-art of QRA, it additionally identifies weaknesses and components that want extra improvement. This new version additionally illustrates purposes or quantitative chance research technique to offshore petroleum applications.
A finished reference for lecturers and scholars of marine/offshore possibility evaluation and administration, the e-book must also be owned through execs within the undefined, contractors, providers, experts and regulatory authorities.
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Additional info for Offshore Risk Assessment vol 1.: Principles, Modelling and Applications of QRA Studies
References . . . . . . . . . . . . . . . . . . . . . 22 Use of Risk Indicators for Major Hazard Risk . . . . . . 1 Background . . . . . . . . . . . . . . . . . 1 Historical Development . . . . . . . . . . 2 The PFEER Approach to Risk Monitoring . . . 3 Objectives . . . . . . . . . . . . . . 2 Need for Specific Indicators for Major Hazard Risk . . . 1 Indicator Concepts and Definitions . . . .
855 Appendix B: Overview of Fatalities in Norwegian Sector . . . . . 889 Appendix C: Network Resources . . . . . . . . . . . . . . 897 Glossary . . . . . . . . . . . . . . . . . . . . . . . 901 Index . . . . . . . . . . . . . . . . . . . . . . . . 911 Abbreviations AIBN AIR AIS ALARP ANP AR ARCS ARPA ATM bara barg BAST BBD bbls BD BDV BF BFETS BHP BLEVE BOE BOEMRE BOP BORA BP BSEE CAA CAD CBA CCA CCR CFD Accident Investigation Board Norway Average Individual Risk Automatic Identification System As Low As Reasonably Practicable National Petroleum Agency Accident Rate Admiralty Raster Chart Services Automated Radar Plotting Aid Air Traffic Management Bar absolute Bar gauge (overpressure) Best Available and Safety Technology Barrier Block Diagram Barrels Blowdown Blowdown Valves Barrier Function Blast and Fire Engineering for Topside Systems Broken Hill Proprietary Company Limited Boiling Liquid Expanding Vapour Explosion Barrels of Oil Equivalent Bureau of Offshore Energy Management, Regulation and Enforcement Blowout Preventer Barrier and Operational Risk Analysis British Petroleum Bureau of Safety and Environmental Enforcement Civil Aviation Authority Computer Aided Design Cost Benefit Analysis Cause-Consequence Analysis Central Control Room Computational Fluid Dynamics xxxvii xxxviii CNH CNLOPB CNSOPB CPA CPP CSE DAE DAL DEA DFU DHJIT DHSG DHSV DNV DOL DP DSB DWT E&P E&P Forum EERS EESLR EGPWS EFSLR EIA EIF EQDC ESD ESV ETA Ex FAR FCC FEM FES Fi-Fi FLAR FLACS FMEA FPS FPSO FPU Abbreviations National Hydrocarbons Commission Canada-Newfoundland and Labrador Offshore Petroleum Board Canada-Nova Scotia Offshore Petroleum Board Closest Point of Approach Controllable Pitch Propeller Concept Safety Evaluation Design Accidental Events Design Accidental Loads Danish Energy Agency Defined situations of hazard and accident Deepwater Horizon Joint Investigation Team Deepwater Horizon Study Group DownHole Safety Valve Det Norske Veritas Department of Labor Dynamic Positioning Directorate for Civil Protection and Emergency Planning (Direktoratet for samfunnssikkerhet og beredskap) Dead Weight Tonnes Exploration and Production Previous name of organisation now called OGPEER Escape, Evacuation and Rescue Evacuation, Escape and Rescue Strategy Risk due to explosion escalation by small leaks Enhanced Group Proximity Warning System Risk due to fire escalation by small leaks Environmental Impact Assessment Environmental Impact Factor Emergency Quick DisConnector Emergency Shut Down Emergency Shutdown Valve Event Tree Analysis Explosion [protected] Fatal Accident Rate Frigg Central Complex Finite Element Method Fire and Explosion Strategy Fire Fighting Flight Accident Rate Flame Accelerator Software Failure Mode and Effect Analysis Floating Production System Floating Production, Storage and Off-loading unit Floating Production Unit Abbreviations FRC FSU FTA GBS GIR GIS GoM GPS GR GRP GRT HAZID HAZOP HC HCL HCLIP HCR HES HIPPS HOF HR HRA HSE HSS IAEA IEC IMEMS IMO IR IRIS IRF IRPA ISO JIP KPIs LCC LEL LFL LNG MIRA MGB MMI MMS MNOK xxxix Fast Rescue Craft Floating Storage Unit Fault Tree Analysis Gravity Base Structure Group Individual Risk Geographical Information System Gulf of Mexico Global Positioning System Group Risk Glass fibre Reinforced Plastic Gross Register Tons Hazard Identification Hazard And Operability Study Hydrocarbon Hybrid Causal Logic Hydrocarbon Leak and Inventory Project Hydrocarbon Release Health, Environment and Safety High Integrity Pressure Protection System Human and Organisational Factors Human Reliability Human Reliability Analysis Health and Safety Executive Helicopter Safety Studies International Atomic Energy Agency International Electro-technical Commission International Marine Environmental Modeling Seminar International Maritime Organization Individual Risk International Research Institute of Stavanger International Regulators’ Forum Individual Risk per Annum International Organisation for Standardisation Joint Industry Project Key Performance Indicators Life Cycle Cost Lower Explosion Level Lower Flammability Level Liquefied Natural Gas Environmental risk analysis ([Miljørettet risikoanalyse =) Main Gearbox Man–Machine Interface Minerals Management Service Million Norwegian kroner xl M&O MOB MOC MODU MOEX MP MSF MTO MUSD NCS NEA NORSOK NM NGOs NMD NOPSA NOPSEMA NOU NPD NPPs NPV NTNU NTS OCS OGP OIM OLF OMT ONGC OR OSD OSPAR OSRA OTS PDQ P&ID PETRAD PFEER PFP Abbreviations Management and Operation Man Over Board Management of Change Mobile Offshore Drilling Unit Mitsui Oil EXploration Main (propulsion) Power Module Support Frame Man, Technology and Organisation Million US Dollar Norwegian Continental Shelf National Environment Agency Norwegian Offshore standardisation organisation ([Norsk Sokkels Konkurranseposisjon =) Nautical Mile Non-governmental organizations Norwegian Maritime Directorate National Offshore Petroleum Safety authority (Australia) National Offshore Petroleum Safety and Environmental Management Authority Norwegian Offshore Report (Norges Offentlige Utredninger) Norwegian Petroleum Directorate Nuclear Power Plants Net Present Value Norwegian University of Science and Technology Norwegian Technology Standards Institution Outer Continental Shelf International Oil and Gas Producers Association Offshore Installation Manager The Norwegian Oil Industry Association (Oljeindustriens Landsforening) Organisational, Human & Technology Oil and Natural Gas Corporation Overall risk Offshore Division Oslo and Paris Convention Oil Spill Risk Analysis Operational Condition Safety (‘Operasjonell Tilstand Sikkerhet’) Production, Drilling and Quarters Piping and Instrumentation Drawing Program for Petroleum Management and Administration Prevention of Fire and Explosion and Emergency Response Passive Fire Protection Abbreviations PGS PHA PLATO PLL PLS POB PR PRS PS PSA PSD PSV QA QC QM QP QRA R&D RABL RAC RACON RAE RAMS RIDDOR RIF RNN RNNP ROS ROV RRM SAFOP SAR SBV SCR SIL SJA SLR SOLAS SSIV SSM ST SUPER-TEMPCALC TASEF-2 xli Petroleum Geo-Services ASA Preliminary Hazard Analysis Software for dynamic event tree analysis Potential Loss of Life Progressive Limit State Personnel On Board Performance Requirements Position Reference System Performance Standards Petroleum Safety Authority [Norway] Process Shut Down Pressure Safety Valves Quality Assurance Quality Control Quality Management (Frigg) Quarters Platform Quantified Risk Assessment Research and Development Risk Assessment of Buoyancy Loss Risk Acceptance Criteria Radar signal amplification Residual Accidental Events Reliability, Availability, Maintainability, Safety Reporting of Injuries, Diseases and Dangerous Occurrences Regulations Risk Influencing Factor Risk Level (project) (‘Risiko Nivå Norsk Sokkel’) Risk level in the Norwegian petroleum activity (Risikonivå i norsk petroleumsvirksomhet) Risiko-og sårbarhetsstudier Remote Operated Vehicle Risk Reducing Measure Safety and Operability Study Search and Rescue Standby Vessel Safety Case Regulations Safety Integrity Level Safe Job Analysis Risk due to small leaks Safety of Life at Sea SubSea Isolation Valve State Supervision of Mines Shuttle tanker Software for 2D temperature analysis Software for 2D temperature analysis xlii TCAS TCP2 TH TLP TP1 TR TRA TST TTS UEL UFL UKCS UPS USFOS VEC VHF VOC VTS WOAD WP Abbreviations Traffic Collision Avoidance System (Frigg) Treatment Platform 2 Thruster Tension Leg Platform (Frigg) Treatment Plat form 1 Temporary Refuge Total Risk Analysis Technical Safety Condition (‘Teknisk SikkerhetsTilstand’) Technical Condition Safety (‘Teknisk Tilstand Sikkerhet’) Upper Explosive Limit Upper Flammability Limit UK Continental Shelf Underwater Production System Software for non-linear and dynamic analysis of structures Valued Ecological Component Very High Frequency Volatile Organic Compounds Vessel Traffic System Worldwide Offshore Accident Database (ref.
4 Proposed Presentation Format. . . . . . 2 Presentation of Risk According to Application Area . 1 Life Cycle Phases . . . . . . . . . . 2 ALARP Evaluations . . . . . . . . . 4 Framework for Risk Presentations. . . . 3 Presentation of Overall Risk . . . . . . . . . 1 Main Results . . . . . . . . . . . 2 References for Risk Results . . . . . . 4 Presentation of Risk Contributions . . . . . . . 1 FAR Contributions . .