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The Future of Biofuels: Achieving Targets and Remaining Competitive
Jarmo Honkamaa – Neste Oil Deputy CEO and Executive Vice President, Renewable Fuels
European Refining Markets – 27 September 2010, Brussels
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Oil RetailMarket leader in Finland and a significant player in the St. Petersburg area in Russia, Estonia, Latvia, Lithuania, and Poland
Renewable FuelsPremium-quality Renewable Diesel based on Neste Oil’s proprietary technology
Oil RefiningTwo refineries in Finland with an annual output of about 14 Mt/a of petroleum products
Neste Oil - Three business areas
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Megatrend - Increasing demand on energy and challenge with climate change
Transportation
Source: EIA 2007 ja IEA 2008
• Energy consumption increasing by 50% in next 25 years
• Majority of growth from transportation
• Urgent need for new energy sources
• Energy supply will have to be based on multiple energy forms and technologies
• New feedstocks are needed, e.g. bio mass, new biobased raw materials, waste etc etc
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Market drivers for Renewable fuels
Climate change – need to reduce Greenhouse Gases Eg. The EU has a mandatory 10% energy content based target for
biofuels for 2020
The desire to reduce our dependence on Crude OilPrice volatilityThe need to improve security of supply
In practice, all industrialized countries have targeted increasing their use of biofuels
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Further topics on biofuels…
Markets are and will be based on regulation
Several sustainable biofuel sources needed due to limited feedstock options
Product quality and local air quality impact should not be compromised due to biofuels
Compatibility – multiple infrastructures and/or engine types pose a challenge
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Level field for competition globally
Technology neutrality
Aligned and unbiased targets and regulation
Clarity and consistency in industry requirements “Uncertainty is killing business”
… to ensure that competitive solutions will be implemented
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Feedstock
Bottleneck at the moment
Significant activities in the development of new feedstock
Both short-term and long-term new feedstock solutions expected and needed
Also local small-scale solutions are encouraged with a clear regulative framework
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Sustainability
Environmental GHG emission savings Responsible land use
Economic Job creation
Social Economic growth in developing areas
Pre-condition for the business
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We participate in developing better sustainability standards• e.g. through RSPO, RSB, and RTRS*
We require highest sustainability standards from our Suppliers• Close continuous monitoring and co-operation with suppliers• Requirement of full compliance to sustainability criterias, laws and
standards eg.• Neste Oil’s sustainability criterias • Regional criterias like EU Renewable Fuels Directive RED
• Full traceable supply chain requirement
We are highly active in new feedstock development
*) RSPO=Roundtable on Sustainable Palm Oil, RSB= Roundtable on Sustainable Biofuels, RTRS=Roundtable on Responsible Soy)
Strong commitment to highest standards of sustainability
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Neste Oil's approach on sustainable biofuels
Real GHG savings over the entire life cycle
Sustainable feedstock and full traceability
Lower tailpipe emissions
NExBTL renewable diesel
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NExBTL is the world’s best and cleanest diesel
GHG emissions 40-80% lower than those of fossil diesel
Significantly lower levels of other tailpipe emissions
Meets automotive manufacturers’ toughest specifications
Can be used in all diesel engines as such or as a blend
Compatible with existing distribution systems
Flexibility in raw materials
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≈ 0< 10< 10Sulfur content (mg/kg)
StableStableUnstableProduct stability
≈ 43
≈ - 5
≈ 53
≈ 835
Sulfur-freediesel fuel1)
≈ 38
≈ - 5
≈ 51
≈ 885
Biodiesel
≈ 44Heating value (lower) (MJ/kg)
≈ - 5 ... - 50Cloud point (°C)
≈ 84 ... 992)Cetane number
775 ... 785Density at +15°C (kg/m3)
NExBTLFuel properties• CO2 reduction• Cleaner emissions• No implications for
existing car pool• No need to relax
specifications to achieve high bio content
• Distribution within existing oil refinery logistics
• No need to compromise fuel quality
NExBTL characteristics
NExBTL properties justify premium value
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• No blending restrictions• All emissions reduced• No "use by" -date• Net calorific value 44 MJ/kg• No implications for end-users• No implications for vehicle
technology
NExBTL renewable diesel
• Maximum blend of 5% to 7 %• NOx increase• Limited storing possibilities• Net caloric value 37-38 MJ/kg• Problems with engine cleanliness • Ash formation blocks exhaust after
treatment filters
FAME biodieselFatty acid methyl esterHydrocarbon
NExBTL has superior product quality
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NExBTL renewable diesel has been tested extensively in normal truck and bus use with excellent results from all the tests
• Buses in Greater Helsinki• Trucks operating in arctic conditions in Canada • Trucks and buses in Germany
In the capital area of Helsinki, 10 % NExBTL blend routinely sold to end-customers
NExBTL - a proven technology already in use
A proven solution for reducing CO2 emissions without having to replace or modify existing vehicles
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NExBTL renewable diesel in Finland
Neste Green diesel, containing a minimum of 10% NExBTL renewable diesel, already available
Neste Green 100 diesel, containing 100% NExBTLrenewable diesel is currently in trial use The first time that a premium-quality
100% renewable diesel is being used in ordinary cars
Neste Bio Heating Oil 3 contains 3% NExBTL renewable diesel
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NExBTL projects are proceeding according to plan
0250,000500,000750,000
1,000,0001,250,0001,500,0001,750,0002,000,000
2007 2009 2010 2011
nam
epla
te c
apac
ity t/
a
Porvoo I Porvoo II Singapore RotterdamPlant Capacity Investment Status
Porvoo 1 190,000 t/a €100 million Onstream
Porvoo 2 190,000 t/a > €100 million Onstream
Singapore 800,000 t/a €550 million Start-up in Q4/2010
Rotterdam 800,000 t/a €670 million Start-up in the end of H1/2011
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NExBTL advantages for the refineries
NExBTL enables higher blend ratio up to 30 % within EN 590 (density) and up to 100 % within the US specification a flexible way to meet higher blending requirements beyond 5 / 7 % works also well in colder climate, cloud point can be adjusted to at
least down to - 50 C
NExBTL gives significant logistical advantages full pipeline fungibility no need for special logistics
NExBTL gives flexibility into diesel blending gas oil streams can be upgraded into diesel streams in order to assess full NExBTL potential in a refinery it needs to be
introduced in a refinery LP-model, where NExBTL can offer significant savings in refinery optimization, especially in smaller/less complex refineries
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Bio-jet
NExBTL plants can produce renewable aviation fuel
Commercial aviation consumes over 200 million tonnes of kerosene and produces roughly 680 million tonnes of CO2*– And very few alternative modes of long-haul transport in sight
Aviation is an interesting future market for high quality renewable fuels– What is needed?
1. A ‘biojet’ specification2. Incentives or a mechanisms equal to those of renewable on-road fuels
* Source: ATAG, 2008 data
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The Bio-component meets the ASTM specification D7566 for XTL jet components
There are no aromatics• The reason for lower density• Less toxic• Aromatics are needed for fuel system seal swell →
blend / add
There is very little sulphur (< 5 ppm)• Less emissions, less wear
Neste Oil’s BiojetThe Product Characteristics
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• A 50/50 Joint Venture between Neste Oil and Stora Enso• Target to develop BTL-technology to convert wood residues to traffic
fuels and commercialize it• Demonstration plant at Stora Enso’s Varkaus Mill in Finland started up
in 2009, commercialization planning ongoing• The project combines expertise from Neste Oil, Stora Enso, and VTT
Forest Biomass
REFINING INTO
TRAFFICFUEL
Joint Venture
Heat
DryingCrude FT product to refining,
Gasifier
Gas purification to Ultra Clean Gas
Fischer-Tropcsh Synthesis
Example on feedstock R&D:JV to develop fuels from forest residues
Illustrative
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• NExBTL renewable diesel is being tested in about 300 buses in Greater Helsinki
– Joint project between Neste Oil, Helsinki Region Transport (HSL), Proventia and VTT Technical Research Centre of Finland
• Lower emissions from using 100% NExBTL:– NOx approx. -10%– Small particulates approx. -30%– CO approx.. -35%– HC approx. -40% – Polyaromatics over -50%
Source: VTT
NExBTL testing, an example: Optibio Clean Air project, Finland
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• Over 75 different size of trucks and buses took part in the trials, which lasted for 10 months
• Trials were primarily sponsored by the Canadian federal government, the Alberta provincial authorities, and Shell Canada
• Solid performance of NExBTL• Possible to operate even at -44 C
NExBTL testing, an example: Alberta renewable diesel program, Canada
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• 14 Mercedes-Benz trucks and buses have used 100% NExBTL renewable diesel for around a year
• Trials include Daimler, public transport company Stuttgarter Strassenbahnen (SSB), Deutsche Post DHL, and the energy company OMV
• Test results have shown that the use of NExBTL reduces emissions significantly compared to fossil diesel
NExBTL testing, an example: Heavy fleet testing in Stuttgart, Germany
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Sustainability
• Neste Oil has developed a system that enables it to track all the palm oil that it uses
• This system provides data on exactly where and how its palm oil is produced
• Neste Oil’s palm oil supply chain has been audited by SGS
REFININGPLANTATIONS SAPLINGS CULTIVATION PRESSINGHARVESTING TRANSPORTATION
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Algae
Harvesting waste and biomass gasificationOther microbes
Nonfood vegetable oil
Extensive R&D to expand feedstock base
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Neste Oil has been accepted, for the third year in a row, into the Dow Jones Sustainability World Index
• Economic dimension best in the industry • Environmental dimension good • Social dimension better than average within the industry
Sustainability