environmental initiatives
DESCRIPTION
TEEKAY MARINE SERVICES. Environmental Initiatives. Shipping, the Most Environmentally Friendly. Environmental Impacts of Shipping. Reducing CO 2 : The Teekay Approach. Reducing CO 2 : Hull and Propeller Performance. Tracking of Hull & Propeller condition by CASPER - PowerPoint PPT PresentationTRANSCRIPT
T E E K A Y – T H E M A R I N E M I D S T R E A M C O M P A N Y ®
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TEEKAY MARINE SERVICES
Environmental Initiatives
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Shipping, the Most Environmentally Friendly
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Environmental Impacts of Shipping
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Reducing CO2: The Teekay Approach
VESSEL OPTIMISATION
TECHNICAL PERFORMANCE OPERATIONAL PERFORMANCE
Focus Areas:· Hull & Propeller performance· Main Engine· Cylinder oil consumption
Focus Areas:· Cargo Heating· Weather Routing· Speed vs. Fuel Consumption
NEW INITIATIVES
Examples:· PBCF Retrofit· CPP Reprogramming
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Typical added resistance over time
Reducing CO2: Hull and Propeller Performance
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Unknown Event
Tracking of Hull & Propeller condition by CASPER Potentially 1 to 1.5 % fuel savings annually
Early detection of hull/propeller: Damage Cavitation (propeller) Coating detachment Erosion Fouling
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Reducing CO2: Optimising Performance Three part report to the vessel
Overview and Summary Parameter checks Historical Performance Summary - monthly
Fleet reports and trends Overview of ME Performance SCOC status
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Reducing CO2: Optimising Performance
OVERVIEW & SUMMARYOVERVIEW
& SUMMARY
CYLINDER DRAIN OIL SAMPLING DETAILS
CYLINDER DRAIN OIL SAMPLING DETAILS
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Reducing CO2: Propeller Boss Cap Fin Model test showed 4% savings at 14 knots PBCF installed on April 10, 2009 Validated savings of 5% More ships to be fitted
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Reducing CO2: Cargo Heating
Post voyage review of a heating plan showing: projected vs. actual heating hours; projected vs. actual fuel consumption
Post voyage review of a heating plan showing: projected vs. actual heating hours; projected vs. actual fuel consumption
Optimized boiler operation based on projected heat loss and cargo temperatures
Average daily fuel consumption for cargo heating reduced from 8 MT to 5.5 MT per day
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Reducing CO2: Optimum Weather Routing
Safety: avoid weather damage Savings: up to 3% fuel and time savings. Avoid weather delays
Yellow – Vessel’s Route
Orange – Optimal weather route
Yellow – Vessel’s Route
Orange – Optimal weather route
Direction of currentsDirection of currents
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Reducing CO2: Trim Optimization Matrix Table for use onboard to find the most economic trim under different
loaded conditions (speed, cargo and vessel data)
~60 MT of fuel saved per vessel per year
~60 MT of fuel saved per vessel/year~60 MT of fuel saved per vessel/year
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Complying with NOx regulations
NOx regulations for new vessels: Tier 1 (today for post-2000 vsls)
Tier 2 (2011) – 15% reduction from Tier 1
Tier 3 (2016) – 80% reduction from tier 1 in ECAs
New Amundsen Class Shuttle Tankers have DNV Clean Design notation, and meet IMO Tier 2 NOx limits in advance of the 2011 requirement
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Reducing VOC Emissions
Existing methods of controlling cargo vapour (VOC) emissions
Shuttle Tanker VOC Plants Absorption Adsorption Condensation
Condensation Plant used during loading
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Innovative VOC Solution – Combining Technologies
Increased cargo tank pressure
Adapted pressure control sytem
CVOC recirculation
Modified KVOC
drop line
100% regularity
Emission reduced 50 - 75% during loading, 100% during transit
Negligible power requirement
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VOC reductions and new systems
New system to contain VOC emissions on Amundsen Class shuttle tankers, 60-70% reduction during loading, 100% during transit.
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Potential Emissions Reduction
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Teekay Shuttle Concept – “Teekay FlexShuttle”
Design Efficiency Flex Shuttle
Concept 55k DWT Flexshuttle designed incl. outline spec., GA, midship section, weight calculation and 3D modelling.
Stern loader design tested with following results (Aframax size): Machinery installation reduced fro 36MW to 18 MW. No of thrusters reduced from 6 to 4, rudders 2 to 0.5 DP performance significantly improved.
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Improved Hull Design
Suezmax w/ Aframax consumption Improved hull design has shown a fuel consumption
savings of 22% at 14 knots compared to benchmark vessels
Comparison of Bow WavesComparison of Bow Waves Comparison of Bow WavesComparison of Bow Waves
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Becoming Even More Efficient
Operational Efficiency Virtual Arrival
Optimising voyage speed to terminal availability
Cleaner fuels with less carbon (i.e., LNG)
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Office Initiatives Ashore Launched Green 15 on
Earth Day 2009
Checklist of energy conservation and waste minimization options
Target: minimum of 12 options in practice for each office by year end
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Opportunities Ahead
Regulation (GHG Market Based Mechanisms, Operational indexes, Design Indexes … )
Technology development and adaptation to shipping
Self regulation through leadership Adoption of best practices
Proactive participation in development of uniform global regulations through industry bodies
Stakeholder participation (customers, technology providers, ports, public …)
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Our Environment – Our Responsibility
End