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RN04: ESCAPE, EVACUATION AND RESCUE OF PEOPLE // Introduction1.5. Abbreviated TermsTable 4 - List of Abbreviations:AARIALARPCAPEXCAPPCBADNVEERERERVFARSIHAZERHAZEERHAZIDHSEIMOISOMAHMOBMOPOOGPOIMPDCMPMSPPEPSQRARFRNSARSCESIMOPSSOLASTDCTEMPSCTRWMOArctic and Antarctic Research InstituteAs Low As Reasonably PracticableCapital ExpenditureCanadian Association for Petroleum ProducersCost Benefit AnalysisDet Norske VeritasEscape, Evacuation and RescueEmergency ResponseEmergency Response VesselFunctionality, Availability, Reliability,Survivability, InterdependencyHAZard IDentification for Emergency ResponseHAZard IDentification for Escape, Evacuation& RescueHazard IdentificationHealth, Safety and the EnvironmentInternational Maritime OrganizationInternational Organisation for StandardizationMajor Accident HazardsMan OverBoardManual of Permitted OperationsInternational Association of Oil and gasProducersOffshore Installation ManagerPrevent, Detect, Control and MitigateProject Management SystemPersonal Protective EquipmentPerformance StandardQuantitative Risk AnalysisRussian FederationRussian-Norwegian group of experts (in thisproject)Search and RescueSafety Critical ElementsSimultaneous OperationsInternational Convention - Safety of Life at SeaTransport Development Centre (Canada)Totally Enclosed Motor Propelled Survival CraftTemporary RefugeWorld Meteorological Organization1.6. Review of Relevant StandardsRN04 chose to review the Barents Sea specificEER system requirements based on ISO19906 andstandards such as ISO15544, Norsok Z-013 andNorsok S-001.None of the listed standards address all of theEER risks that are relevant for the Barents Sea.It is recommended that the process for developingperformance standards in Section 2.1 should beused as a guide. A summary of each of the standardsreviewed is provided in Table 5 below, together withthe limitations of each standard. Only ISO19906 iswritten specifically to cover Arctic operations. Theother standards are however valuable referenceswhere relevant.The RN04 report is intended to be handed overto ISO for consideration when updating the standardor to be included as an addendum to ISO19906. Thereport does not have official international status butit is hoped that national regulators will refer to thedocument as a complement to existing standards andguidelines.136RUSSIAN–NORWEGIAN COOPERATION PROJECT
RN04: ESCAPE, EVACUATION AND RESCUE OF PEOPLE // IntroductionBarents 2020Table 5 - List of Key Standards, Main Contents and RN04 Remarks:SummaryRN04 RemarksISO19906:2010 Petroleum and natural gas industries – Arctic offshore structures(Chapter 18 and Appendix A18)This standard is the main reference to principlesfor design for cold climate offshore structures. Itspecifies requirements and provides guidance for thedesign, construction, transportation, installation, anddecommissioning of offshore structures, related to theactivities of the petroleum and natural gas industries, inArctic and cold regions environments.The standard does not apply to specialized equipment orvessels associated with Arctic and cold regions offshoreoperations unless necessary for the structure to sustain theactions imposed by the installation and operation of EERequipment.ISO15544:2010 Petroleum and natural gas industries – Offshore production installations – Requirements andguidelines for emergency responseThis standard describes objectives, functional requirementsand guidelines for emergency response (ER) measureson installations used for the development of offshorehydrocarbon resources. It is applicable to fixed offshorestructures or floating production, storage and off-takesystems.The standard does not follow latest best practice and does notalign with ISO19906, which it needs to do. However, the twostandards are complementary and it is therefore a relevantdocument that should be referred to as part of step 4 of theperformance standard process.ISO31000:2009 Risk management – Principles and guidelinesISO31000 is the new series of ISO standards that defineprinciples of risk management. The standard providesthe basis for a common approach to risk management.The principles in this standard are embedded in NORSOKZ-013.The risk analysis approach described in ISO31000 should beapplied to establishing EER system designs in the BarentsSea.ISO17776:2000 Petroleum and natural gas industries -- Offshore production installations -- Guidelines ontools and techniques for hazard identification and risk assessmentGuidelines for hazard identification and risk assessment.This standard provides descriptions of specific tools andtechniques. The standard is particularly useful for hazardidentification and provides check lists. The principles in thisstandard are embedded in NORSOK Z-013.The risk analysis approach described in ISO17776 should beapplied to establishing EER system designs in the BarentsSea.NORSOK Z-013:2010 Risk and emergency preparedness analysisThis standard presents requirements to planning, executionand use of risk assessments and emergency preparednessassessment, with an emphasis on providing insight intothe process and concise definitions. This standard coversanalysis of risk and emergency preparedness associatedwith exploration, drilling, exploitation, production andtransport of petroleum resources as well as all installationsand vessels that take part in the activity.The standard is generic and can be used for the BarentsSea; however it does not identify the governing metoceanconditions. The standard should be aligned with ISO19906 onguidance for risk assessment of EER system in Arctic climates.This standard provides a systematic approach to risk andemergency preparedness analysis. ISO31000 and ISO17776are normative references in Norsok Z-013, which are agreedapply to Barents Sea EER system risk management process.NORSOK S-001:2008 Technical safetyThis is an industry standard for Technical Safety which,together with ISO13702, defines the required standardfor implementation of technologies and emergencypreparedness to establish and maintain an adequate levelof safety for personnel, environment and material assets.This standard describes requirements for individual safetybarriers and systems, and represents or prescribes genericperformance requirements standards for these barriers andsystems.The requirements of the standard can be applicable to EERsystems in the Barents Sea; however it should be evaluated byfollowing the performance standards process proposed here.Report no 2012-0690 137
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Barents 2020Barents 2020Assessment
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Barents 20206. Contents of Risk Man
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Barents 2020CONCLUSIVE SUMMARYThe B
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RN02: DESIGN OF FLOATING STRUCTURES
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RN07 // BibliographyBarents 20207.
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RN07 // APPENDIXBarents 2020Table A
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