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Risk Management Conclusions
BE-AWARE II Final Conference, 18-19 November, Ronneby, Sweden
Co-financed by the EU – Civil Protection Financial Instrument
BE-AWARE Sub-Regions
• Relatively low traffic density
• Oceanic conditions• Wind farm
developments in Irish Sea
• Vulnerability highest in island groups and mudflats
Sub-Region 1: Irish Sea and Atlantic
Ireland and UK
Ranking of scenarios based on cost effectiveness in reducing damage impact
Sub-Region 1: Irish Sea and Atlantic
Sub-Region 1: Irish Sea and Atlantic
1. AIS alarms/guard rings around wind farms
2. TSS Extension beyond what is expected to be in place by 2020
3. 50 % increase in counter pollution equipment
Sub-Region 1: Risk Management Conclusions
• Medium traffic density
• Extensive oil and gas developments
• Renewable developments
• Islands groups and fjords most vulnerable
Sub-Region 2: Northern North Sea
Norway and UK
Ranking of scenarios based on cost effectiveness in reducing damage impact
Sub-Region 2: Northern North Sea
Sub-Region 2: Northern North Sea
1. Extended Traffic Separation Schemes (TSS)
2. 50 % increase in response equipment
3. AIS alarms around wind farms
4. Improved night detection/visibility equipment
Sub-Region 2: Northern North Sea
• High traffic density to and from Baltic
• oil and gas developments further offshore
• Wind farm development
• Coastal archipelago and Wadden sea areas most vulnerable
Sub-Region 3: Eastern North Sea/Skagerrak
Denmark, Germany, Norway and Sweden
Ranking of scenarios based on cost effectiveness in reducing damage impact
Sub-Region 3: Eastern North Sea/Skagerrak
Sub-Region 3: Eastern North Sea/Skagerrak
1. Extended TSS routes from the coast of Norway and the Skaw towards the Netherlands
2. VTS close to the North Western Jutland coast
3. AIS alarms around wind farms
Sub-Region 3: Eastern North Sea/Skagerrak
• High traffic density • oil and gas
developments • Extensive wind farm
developments• Wadden Sea and
Scheldt estuary are most vulnerable
Sub-Region 4: Southern North Sea
Belgium, France, Germany, Netherlands and UK
Ranking of scenarios based on cost effectiveness in reducing damage impact
Sub-Region 4: Southern North Sea
Sub-Region 4: Southern North Sea
1. AIS alarms around wind farms
2. Improved night detection/visibility equipment
3. Extended Traffic Separation Schemes
4. E-navigation
Sub-Region 4: Southern North Sea
• High traffic density • Limited wind farm
developments• Vulnerability highest
along coastal areas
Sub-Region 5: Channel
France and UK
Ranking of scenarios based on cost effectiveness in reducing damage impact
Sub-Region 5: Channel
Sub-Region 5: Channel
1. AIS alarms around wind farms
2. Improved night detection/visibility equipment
3. Extended Vessel Traffic Service (VTS)
4. E-navigation
Sub-Region 5: Channel
Regional Risk Management Conclusions
Regional Risk Management Conclusions
Extended TSS and VTS in North Sea
International Risk Management Conclusions
E-Navigation
Questions?
Thank you
beaware.bonnagreement.org