DNV GL - Er Arktis for sårbart for næringsvirksomhet print · Arctic is not uniform with respect...
Transcript of DNV GL - Er Arktis for sårbart for næringsvirksomhet print · Arctic is not uniform with respect...
DNV GL © 2014 03 May 2017 SAFER, SMARTER, GREENERDNV GL © 2014
03 May 2017Morten Mejlænder-Larsen
- Er Arktis for sårbart for næringsvirksomhet?
Morten Mejlænder-Larsen, Discipline Leader Arctic Operation
UIO, 3. mai 2017
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The Arctic – Still a region of opportunity and interest
Arctic waters contain some of world’s most productive fisheries
Several studies show that the Arctic has large potential for undiscovered hydrocarbon and rare-earth mineral resources
Trans-Arctic shipping can reduce significantly the distance between Asia and Europe, however will for many years still be unattractive
Increasing volume of tourist traffic
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Arctic Projects
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Varandey
Norilsk
Prirazlomnoye
YamalBaffinland
Beaufort Sea
Greenland W
Greenland E
Sakhalin
Barentshavet
NSRTrans-Polar
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The diverse Arctic – calls for a stepwise approach
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Challenging?……
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24 hour fog during summer….
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24 hour darkness during winter…..
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Icing
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Operations require adaption to local conditions
Low temperatures Sea ice and icebergs Marine icing Atmospheric icing Visibility & darkness Remoteness and lack of infrastructure
Reduced satellite coverage Uncertain met-ocean data
Polar lows
Joint probabilities of loads
Vulnerable environment and marine resources
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Arktis krever en risikobasert tilnærming
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Risiko = Sannsynlighet x Konsekvens
North Sea/World wide Arctic
RR
Ex. Maritime Risk:
Collision with other vessel
Contact
Fire/explosion
Structural failure
Grounding
Collision with installation
Collision during Ship To Ship (STS) approach
Accidental oil spill during loading/unloading
Additional risk
Identify
Mitigate
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Society needs to agree on acceptable levels of risk
All industrial activity involves risk – the probability of accidents can never be zero
Arctic is not uniform with respect to hazards and risk and large areas are comparable to, for instance, the North Sea
Consequences of accidents may be more serious in the Arctic
To maintain a comparable risk level as in the North Sea requires
1. Reduced probability of incidents, combined with
2. Appropriate preparedness
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Arctic Risk mitigation Philosophy
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Arctic; severity of consequences drives risks
Risk Reduction must take place throughprevention
Consequence
Probability of failure
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The Arctic Risk Map
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Available at: http://gis.dnv.com/arcticriskmap
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Risk factors at play: Risks vary with season and location
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Safety and operability index -January
Safety and operability index -July
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Sea ice is the dominant factor limiting rescue availability in Barents Sea
Availability of evacuation and rescue resources analyzed for the operational conditions in the Barents Sea taking into account the effects of
– Distance
– Wind
– Waves
– Sea ice
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0 - 50%50 – 75%
90 – 95%75 – 90%
95 – 100%
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Probability
Safe operations require handling the arctic risk influencing factors
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ConsequenceLow temperaturesSea ice and icebergsMarine icingDarkness/fog/low visibilityPolar lowsReduced satellite coverageUncertain metocean data
Marine icing – safety systemsRemoteness - rescueLow temp – survivabilityReduced satellite coverageSea ice – evacuationVulnerable environment
Ship collision with ice
People: immediate exposure, challenging rescue and evacuation
Assets: costly repair and normalization
Business: harm to industry brandand loss of license to operate
Environment: large marine oil spilland inefficient oil spill response
RISK
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New actors
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Costa Deliziosa, Icefjord at Ilulisat, Greenland 2011
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THE ROADMAP TO NORWAY’S ARCTIC POLICYSARiNOR MAIN FINDINGS
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Main goals, SARiNOR project
Identify information, generate knowledge and new technology contributing to more efficient SAR operations in polar waters
Create an arena for information sharing and co‐operation among all relevant parties
Contribute to the general awareness about maritime operations in polar waters in general and SAR in particular
Update the authorities, to ensure a common understanding of the current preparedness level and influence on future implementation of new measures
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Course of Events and Main Challenges
Alerting and
Notification
Survival in Cold Climate
Shared Situational Awareness
Training and Skills Development
Incident Search Rescue
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Main Finding 1:Survival at accident site, (MF1)
Main Finding 2:Emergency Preparedness (MF2)
Probability to survive = ability to survive at accident site + emergency preparedness
MF1
MF2
Main Findings of the SARiNOR Project:
© SARINOR
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IMO Polar Code mandatory for all new vessels from 1. Jan. 2017
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Environmental impact from accidents also needs to be considered
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Maximizing responseThe response tool-box in the Arctic should include all four main tactics (recovery, burning, dispersants, remote sensing)
Low probabilityPetroleum activities in the Barents Sea today represent a less pollution risk than the shipping activities
No impact yetCurrently no increased level of petroleum hydrocarbons or metals in sediments and no impact on benthic fauna
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Summary
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1. Identify HAZARDS for planned area of operation
2. Agree about probability and consequence and estimate the risk: R=P*C
3. Identify and implement possible risk mitigating options to achieve an acceptable risk
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