SP Technical Research Institute of Sweden Claes Tullin
Transcript of SP Technical Research Institute of Sweden Claes Tullin
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About us Business areas Services Activities Sustainable enterprise How we contribute
CenBio Days 2015, March 17-19, Hell
SP Technical Research Institute of Sweden Claes Tullin
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About us Business areas Services Activities Sustainable enterprise How we contribute
SP in 5 min SP in figures Vision and mission Our strategies History
WE CREATE VALUE THROUGH COLLABORATION
INDUSTRY UNIVERSITIES COLLEGES
SP is a leading international group of institutes that specialise in research and innovation. We create value through collaboration, which is vitally important for the competitiveness and sustainable development of industry.
Organization
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About us Business areas Services Activities Sustainable enterprise How we contribute
Bioenergy Development in Sweden - Overview of status and ongoing R&D
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Acknowledgements
• Anna Lundborg, Swedish Energy Agency • Kentaro Umeki, LTU • Rikard Gerbart, LTU • Joakim Lundgren, LTU • Markus Norström, SP • Anders Hjörnhede, SP • Anna Sager, SP • Kent Davidsson, SP
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Energy use in Sweden – Bioenergy is the largest energy source!!
1/3 Bioenergy 1/3 Fossil > 50 % RES > 65% CO2 neutral
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Biomass Use (in TWh) of biomass and peat* by sector 1980-2011
*3.1 TWh Peat used in 2011
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Sustained Increase in Bioenergy Use in Sweden
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Tax on Carbon – an effective instrument (combined with R&D)!
• Introduced in 1991 • 2015: Doubled tax
for industry • From 2013: Industry
within ETS excluded
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Wood Pellet Production and Use (kton)
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Development of waste management in Sweden over the last decades (Avfall Sverige, 2014).
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The development of landfilling as a consequence of introduced policies (Avfall Sverige, 2014).
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Bioenergy Feedstock Programme 2011-2015 (SEA)
Supply
Sustaina-bility
Biomass fuels from forest and agriculture
refining, fuel quality, combustion < 10 MW environment,
sustainability, system aspects, GHG, market
Conversion
Fuel chains (relevant, effective, sustainable)
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Supply of biomass fuels • Today mainly by-products from industry and forestry,
and some waste • New biomass supply chains are needed • R&I is focused on
– Supply of fuels from agriculture, including fast growing tree crops (willow, aspen, poplar)
– More effective systems to produce, extract and deliver forest biomass fuels
– Fuel quality and characterization – Better and new processing and refining of biomass for
different users, and to facilitate long transports – Environmental aspects
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Conversion • Bioenergy is mainly used in forest industry, district heating
and local heating, CHP and some biofuels for transportation • R&I focused on
– Increased electrical efficiency in CHP – Increased fuel flexibility – Biomass gasification – Small scale CHP and better systems for local heating – Emissions – Pilot and demonstration projects – CCS, bio-CCS – More biomass in industries, including biorefineries – System questions, especially resource efficiency,
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Forest fuels – sustainability issues • Felling residues – removal of plant nutrients, organic
matter and buffering compounds • Removal of dead wood • Effects on soil, forest production, water and
biodiversity? • Environmental considerations and adaptation
measures • Climate effects: Effects on carbon balances and GHG
emissions • LCA and energy balances, resource efficiency • How to fulfil national environmental objectives as well
as international sustainability criteria
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Bioeconomy - definition
Formas (SWE) • Sustainable production of biomass • Optimised value of eco system
services and contribution to economy
EU White paper: • ” The transition from a dependence
on fossil fuels to a situation where agriculture not only will continue to provide food security but also biomass as a renewable raw material for industry will be the basis of the coming integrated Bioeconomy”
Ref: The European Bioeconomy in 2030, White Paper
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En första förfrågan i augusti Forests
Chemistry
Knowledge of forest products Knowledge of end products
Declining market Fossil-based raw materials
One network A different network Looking for new bio-based raw materials Looking for new applications
Manage and process forests Manage and process chemicals
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Single cell protein
Cultivated fish
Biorefinery residual streams
Wood and Agro-residues
From wood and agro-residues to food
Food
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Research Activities – Example of R&D centres/organisations Bioinnovation – Strategic Innovation Programme (SIP): http://www.bioinnovation.se/
Universities • Bio4Energy: http://bio4energy.se/ • Swedish Centre for Biomass Gasification: http://www.ltu.se/centres/Svenskt-forgasningscentrum-SFC?l=en • LTU Green Fuels: http://www.ltu.se/org/tvm/Avdelningar/LTU-Green-Fuels?l=en • Swedish Knowledge Centre for Renewable Transportation Fuels: http://www.f3centre.se/
Applied R&D • Energiforsk (Värmeforsk, Elforsk, SGC, Fjärrsyn): http://www.energiforsk.se/ • Waste refinery: http://www.wasterefinery.se/sv/Sidor/default.aspx
– Re:Source (SIP application)
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Bio4Energy
2015-03-23
ThermochemicalPlatform
BiochemicalPlatform
FeedstockPlatform
EnvironmentalPlatform
Catal
ysis
and s
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Platfo
rm
Proc
ess I
ntegra
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Platfo
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Pre-t
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Biofuels,”Green” Power,District Heating,
Green Chemicals,
Pulp and Paper
Forestry products,
Agriculture by-products,
WasteFractions
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Scope of research within SFC (yellow)
Wood
Drying, pyrolysis, torrefaction
Pretreatment/grinding
Pressurizing
Primary gas cleaning Secondary gas
cleaning
Air
Synthesis process Products
Dual Bed Gasification
Pressurizing
ASU O2
Entrained flow Gasification
Black Liquor
Direct fluidized bed gasification
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SFC- A Centre of Excellence
• Annual budget 58.5 million SEK per year (2013-2017, 2018-2021)
• In total, 23 companies, 9 universities and 2 institutes
• 30 senior researchers and 34 PhD students (>20% funding from SFC)
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The Gobigas demo project
Chalmers lab. reactor
Chalmers 2-4 MW pilot plant
GoBiGas 1 Hisingen 20 MW SNG demonstration plant Göteborg Energi and E.ON
GoBiGas 2 Hisingen 80 MW SNG Commercial plant Gbg Energi or E.On
2008 2012 2016
Research by Chalmers, MiUn, SP and GU
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LTU Biosyngas Program Phase 2 Second generation motor fuels and chemicals via gasification
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LTU Green Fuels: Planning for 2013-2016
DP-1 Plant
WG Shift
Amine Wash
MeOH Synth.
DME Synth.
Distil- lation
Active C Abs
Electro- lysis
Fuel Cells
ETC EF gasifier
Cleaning
Membranes
Torrefied Mtrl
Powder
Black Liquor
Pyrolysis oil
O2 H2 CO
CO2
BioDME
BioMeOH
Others
Existing facilities
The Renewable Syngas Highway
25-30 bar > 100 bar
Future development
WP1 Pilot scale experiments WP2 Catalytic gasification WP3 Solid fuel gasification WP4 Novel syngas cleaning WP5 Catalytic conversion WP6 Containment materials WP7 Field tests
WP1
WP2
WP3
WP4
WP5
WP6
WP7
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Some important keys to bioenergy development!
• Policy – economic incentives/legislation – Interaction with policy makers
• Industrial interest • Bioeconomy – systems perspective
– Bioenergy = Utilisation of Waste • A good balance between:
– Academic research (publications, competence, international networks) – Applied research programmes adressing industrial problems (and forming networks)
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About us Business areas Services Activities Sustainable enterprise How we contribute
Thank you for your attention!