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Wartsila SP Ppt 2011 LR Vancouver
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Wartsila Gas Era Leadership
Lloyds Cross Industry SeminarLNG As FuelVancouver, BC22 June 2011
Presenter John Hatley PEAmericas VP Ship Power
Wartsila North AmericaCell 281 221 4209
Solutions Provider with Extensive Product Portfolio
03 June 20112 © Wärtsilä
Wartsila is a system integrator
Agenda
What ?
LNG System FundamentalsLNG Bunkering Procedures
Why ?
How ? 20 Years Real ExperienceLNG Tanker Retrofit LNG Newbuild Ferry
Conclusions Chart Course for Gas
Environment & HealthGame Changer Emissions AreasHow Gas engines work
Agenda
What ?
LNG System FundamentalsLNG Bunkering Procedures
Why ?
How ? 20 Years Real ExperienceLNG Tanker Retrofit LNG Newbuild Ferry
Conclusions Chart Course for Gas
Environment & HealthGame Changer Emissions AreasHow Gas engines work
Emissions, Environment, & Health
PMParticulate
Matter
Carcinogen
NOxNitrogen Oxide
Ozone
SOxSulfur Oxide
Respiratory
CO2Carbon Dioxide
Greenhouse Gas
Today and onward
03 June 20116 © Wärtsilä
North American Emission Control Area “ECA”
Joint Proposal US, Canada March 2009: 200 nm off coastsFrance co-proposed Islands off Newfoundland
Target: Nitrogen Oxides N0x, Sulfur Oxides S0x, Particulate Matter PM
Enforceable August 2012
2010 July Fuel Sulfur 1.0% (10,000 ppm) targets PM, S0x reduction
2015 Fuel Sulfur 0.1% ( 1,000 ppm )
2016 New Engines operating these areas must use emissions controls targets achieving 80% reduction in N0x
03 June 20117 © Wärtsilä
ECA encapsulates US & Canada, any flag, low sulfur fuel switching or exhaust cleaning devices enforceable August 2012
Source: US EPA, Designation of North American Emission Control Area to Reduce Emissions from Ships
N0x Effects of Otto / Diesel Cycles
03 June 20118 © Wärtsilä
Thermodynamic fundamentals …of different cycles … different results
N0x Impacts of Diesel vs. Otto Cycle
03 June 20119 © Wärtsilä
C0Elevated temperature increases N0xas N0x is exponentially dependent on temperature
Diesel cycle more efficient with greater peak temperatures than Otto, however this elevates N0x… why not use best of both
Dual Fuel Engine Basics
03 June 201110 © Wärtsilä
Source: DNV 10 November 2010 adaption by JFH
Spark Gas Engine Basics
03 June 201111 © Wärtsilä
Wartsila spans gas engine market … dual fuel low pressure with pilot fuel or high pressure gas engines; also spark ignited SG
Source: DNV 10 November 2010 adaption by JFH
Dual Fuel Engine … Otto & Diesel Operating Modes
03 June 201112 © Wärtsilä
Gas Otto mode inside emissions sensitive coasts and port areas … Diesel mode when international for efficient long range capability
The DF vessel concept
LNG MDO
The DF engines provide safety and redundancy,inherent reliability of the diesel engine allows a simple installation
Single gas tank and gas feed system allowed No duplicate (diesel) gensets
for main propulsion
© Wärtsilä Mika Ojutkangas pres Y Bui
IMO Operational Flexibility
No SOx Scrubber,Gas @ 0% Sulfur
No SCR unit, Gas IMO Tier III compliant
MDO as backup fuel
© Wärtsilä Mika Ojutkangas pres Y Bui
HFO flexibility savings and retores range when outside ECA
Optimize Operations: DF on gas navigating inside ECA for low cost emissions compliance; switch to HFO outside ECA to preserve vessel range and retain savings
LNG MDO
Agenda
What ?
LNG System FundamentalsLNG Bunkering Procedures
Why ?
How ? 20 Years Real ExperienceLNG Tanker Retrofit LNG Newbuild Ferry
Conclusions Chart Course for Gas
Environment & HealthGame Changer Emissions AreasHow Gas engines work
Bunkering procedure
8
5
2
1. Collapse the gas pressure in the tank
Bar(
g)
Time
Glycol/waterGlycol/watermixturemixture
To enginesTo engines
2. Open the main filling line3. Inert the piping with N2 (NOT shown)4. Close the filling line valves
BunkeringBunkeringStationStation
16 © Wärtsilä LNGPac Customers Presentation
Tank pressure increase
8
5
2
1. Open pressure control valve
Bar(
g)
Time
Glycol/waterGlycol/watermixturemixture
To enginesTo engines
2. LNG flow by the hydrostatic pressure into the vaporizer
3. LNG is vaporized and gas is returned to the tank
PBUPBU
17 © Wärtsilä LNGPac Customers Presentation
Normal operation 1. The “stop valve” and “master valve are opened (double block valves with bleed in between)
Glycol/waterGlycol/watermixturemixture
G1
M2
M1
2. LNG is forced by the tank pressure through the product evaporator and instantly evaporated. Gas flows to the GVU
Product Product evaporatorevaporator
Stop valve and master valveStop valve and master valve
18 © Wärtsilä LNGPac Customers Presentation
03 June 201119 © Wärtsilä
Viking Energy – 2003 in Operation
LNG tank 220 m³
6L32DF 4 x 2010 kW
Viking Energy Cyrogenic LNG Tank
03 June 201121 © Wärtsilä
Bunkering of LNG
VIKING ENERGY
03 June 201123 © Wärtsilä
Engine control room screen; LNG system schematic
VIKING ENERGY Bunker Procedures
03 June 201124 © Wärtsilä
8 years weekly LNG filling by onboard crew, 400 + transfers, no incidents
Today’s Land Gas Supply Chain
It’s real and here … weekly delivery truck dockside fuels vessel… simple fast logistic supply chain
Dockside Filling
03 June 201126 © Wärtsilä
Agenda
What ?
LNG System FundamentalsLNG Bunkering Procedures
Why ?
How ? 20 Years Real ExperienceLNG Tanker Retrofit LNG Newbuild Ferry
Conclusions Chart Course for Gas
Environment & HealthGame Changer Emissions AreasHow Gas engines work
28 © Wärtsilä
Packaged Gas Solution
5. Dual-Fuel Main engine
1. Fueling Station
2. Gas Storage
5
1
6. Dual-Fuel Aux engines
6
3. Evaporators
4. Gas valve unit enclosure
3
2
4
03 June 2011
Designed and delivered complete package compatible solutions minimize installation or operational risk for assured performance
20 Years Experience Wärtsilä gas engines
1987 1991 1995 1999 2003 2007 2011
GD = Gas Diesel engine
SG = Spark Ignited Gas engine
DF = Dual Fuel engine
W32GD
W46GD
W25SG
W34SG
W28SG
W32DF
W220SG
W180SG
W50DF
W20V34SG
W34DF
W20DF
It’s real, it’s here now; time tested clean natural gas engines in many demanding marine and land based utility power projects
Dual-Fuel Natural Gas Engines
0 5 10 15
34DF
20V34DF
12V34DF
9L34DF
6L34DF
16V34DF
18V50DF 17.55 MW
16V50DF
12V50DF
9L50DF
8L50DF
6L50DF50DF
20DF
9L20DF
8L20DF
6L20DF 1.0 MW
Father & grandson power range targets emissions sensitive ECA coast and port area vessels
TARBIT PROJECT
DWT 24783 tonGT 17757 tonDisplacement 33788 tonLength p.p. 166.99 mLength o.a. 177.02 mKeel To Mast Height 44.85 mDraught 9.7 mBreadth Extreme 26.3 mBreadth Moulded 26 mSpeed 16 kn
Vessel delivery date 17.09.2007Vessel typology 25'000 dwt Chemical tankerOwner Tarbit Shipping AB Ship Builder Shanghai Edward Shipbuilding Co LtdFlag SwedenClass Germanischer Lloyd
20 May 2011
LNG Tanks2 @ 500m3
First LNG Retrofit
TODAY2 x W6L46B
5850 kW each
WÄRTSILÄ 8L20 1200 kW
CPP
PTO 1500 kW
Tomorrow2 x 6LW50DF 5700 kW each
© Wärtsilä Mika Ojutkangas pres Y Bui
Many “firsts”
L N GLNGPac
First LNGPac delivered by
WärtsiläFirst Gas Valve
Unit in enclosure
First Dual-Fuel engine in
Mechanical drive application
First Dual-Fuel engine marine
conversion
First Dual-Fuel “single main
engine” approval
Scope of conversion
Scope of supply Ship DesignEngine conversion Gas tanks; LNGPac system (2 x 500m3)Gas piping (single and double walled)Bunkering system Gas supply units Torque meter for power measurement Exhaust systemFire-fighting upgrade Gas detection system Electrical system
AdditionalNOx measurement during sea trial DF and LNGPac training for personnel
© Wärtsilä Mika Ojutkangas pres Y Bui
Main particulars:Overall length: 214.0 mBreadth, moulded: 31.8 mCruising speed 22 knotsPassengers: 2800Class: LRIce class: 1AIn service: 2013Shipyard: STX Finland OyShip Owner: Viking Line
Viking Line 2800 Pax Cruise Ferry
03 June 201135 © Wärtsilä Magnus Miemois
2 LNGpac Tanks@200m3 each
The world’s most environmentally sound and energy efficient large passenger vessel
Viking Line Wartsila Integrated Supply Scope
03 June 2011 Magnus Miemois36 © Wärtsilä
Main Engines: 4 x Wärtsilä 8L50DF (DE)Total output: 4 x 7600 kW
GVU enclosure
LNGPac 200 2 @ 200 m3
Integrated tank – and aux. rooms
Bunkering system, Safety systems
Cold recovery for HVAC
Main Engines: 4 x Wärtsilä 8L50DF (DE)Total output: 4 x 7600 kW
GVU enclosure
LNGPac 200 2 @ 200 m3
Integrated tank – and aux. rooms
Bunkering system, Safety systems
Cold recovery for HVAC
FPP (Stainless Steel)2 x 10 500 kW
Shaft lines, Seals & Bearings
Bow Thruster 2 x 2 300 kW
Stern Thruster 1 x 1 500 kW
Compact Silencer System (CSS)
FPP (Stainless Steel)2 x 10 500 kW
Shaft lines, Seals & Bearings
Bow Thruster 2 x 2 300 kW
Stern Thruster 1 x 1 500 kW
Compact Silencer System (CSS)
Wärtsilä LNG OSV leader
03 June 2011 Magnus Miemois37 © Wärtsilä
2003 2005 2007 2009 2011 20132012
Scoreboard: Ship Design MachineryWärtsilä 7 vessels 10 vesselsTotal market 12 vessels 12 vessels
Scoreboard: Ship Design MachineryWärtsilä 7 vessels 10 vesselsTotal market 12 vessels 12 vessels
Agenda
What ?
LNG System FundamentalsLNG Bunkering Procedures
Why ?
How ? 20 Years Real ExperienceLNG Tanker Retrofit LNG Newbuild Ferry
Conclusions Chart Course for Gas
Environment & HealthGame Changer Emissions AreasHow Gas engines work
Merchant Offshore Cruiseand Ferry
Navy
Dual-fuel applications - references
03 June 201139 © Wärtsilä
120 installations > 1’500’000 running hours
Power Plants
DF Power Plant• 28 installations• 84 engines• 650‘000 rh
LNGC• 68 vessels• 254 engines• 950’000 rhConversion• 1 Chem. Tanker• 2 engines conv.• Complete gas
train• Complete design
PSVs/FPSOs• 22 vessels• 78 engines• Online from 1994
DF Power Plant• 1+1 vessels• 4 engines per
vessels• Complete gas
train• 2800 passengers• In service in 2013
Costal Patrol• Coming…
Go for gas!
03 June 2011 Magnus Miemois40 © Wärtsilä
Fuel flexibility …OPEX savings & Emissions Reduction
Reduce emissions at the source …compact & simplest way
Today’s decisions …regulations mandate change