Umwandlung von Biomasse in kleinen Produktionseinheiten

Transcription

1 Umwandlung von Biomasse in kleinen Produktionseinheiten Anspruch und Zielrichtung des Forschungsvorhabens EuroBioRef 28. Oktober 2010 Axel Gottschalk Process Design Center GmbH 1

2 PREAMBLE Start Date : 1 sr March 2010 Duration: 4 years 2

3 NEXT GEN BIOREFINERY EUROpean Multilevel Integrated BIOREFinery Design for Sustainable Biomass Processing EuroBioRef will bridge the gap between agriculture and chemical industry by integrating the whole biomass chain in a Multi-feedstock (non-edible), Multi-process (chemical, biochemical, thermochemical), Multi-products (aviation fuels and chemicals) commercial viable and adaptable approach for a sustainable bioeconomy in Europe. 3

4 OBJECTIVES & CONCEPT Objective: Developing a bio-refinery concept, which is integrated, flexible and modular to enable valorisation of each biomass fraction in a sustainable economy scheme. Concept: Multitasking! 1- Multibiomass Using a large variety of sustainable biomass adapted to the various European regions: Lignocellulosic, oleaginous,, plants 2- Multiprocess Using various chemical, biochemical and thermochemical processes: catalytic, enzymatic, gazeification 3- Multiproducts Producing aviation fuels Producing chemical products, including fine chemicals, monomers, polymers, solvents Ultimate demo: To make flying a plane with EuroBioRef aviation fuel 4

5 OBJECTIVES Produce a large diversity of sustainable biomass Produce high energy aviation fuels Produce multiple products Improve cost-efficiency by 30 % Produce zero waste and rationalize the use of raw materials Reduce by 30 % the needed energy Reduce time-to-market by 30 % 5

6 CONCEPT The EuroBioRef concept for demonstration of an integrated, sustainable, diversified and economically feasible biorefinery 6

7 A LARGE-SCALE PROJECT - 14 Nationalities - 28 Partners - 4 Years Person.month - Global Budget of 38 M, EC subvention of 23 M - 10 Sub-Projects, 35 Work Packages, 153 Tasks - 31 EC Milestones + 28 Additional Milestones EC Deliverables + 90 Additional Deliverables 7

8 CONSORTIUM 8

9 ORGANIZATION OF PARTNERS Coordination Expl- Dissem. Comm Feedstock Integr. Separat. (Bio-,Thermo-)Chemical reactions Pretreatment Aviation Fuels Sustainability and Economic Viability 9

10 EXPECTED RESULTS (1) Business Results Demonstration of economic and technical over-performance of bio-based products Demonstration of increased economical performance due to 2 nd generation feedstock Demonstration of the sustainable value chain of synergy of culture of food- and nonfood crops Definition of final products specifications and tests of new products Scientific Innovation Methods for conceptual process design in chemical sector towards bio-/chemical applications Novel heterogeneous, homogeneous, enzymatic catalytic systems Novel low energy separation techniques Novel reactor technologies Co-products reutilization/valorisation technologies Integrated reaction/separation technologies Development of new purification technologies using green solvents 10

11 EXPECTED RESULTS (2) Technical advancements Crop rotation optimization, selection of appropriate sustainable biomass feedstock Rationalization/optimization of chains including logistics and LCA considerations Quality control of a variety of feedstock for a variety of end-products Elaboration of multidisciplinary processes combining various technologies Demonstration of sub-units at the lab-scale, the pilot scale, the industrial level Integration of several reaction and separation steps Sustainability Assessment and Performances Specific logistics methodology for cultures in North and South of Europe LCA methodology for evaluation of environmental performances Economic modelling for assessment of economic viability Sustainable assessment of the whole chain for economics 11

12 EUROpean multilevel integrated BIOREFinery design for sustainable biomass processing titre du colloque

13 PROJECTS NETWORK 4 years 2 years SUPRABIO Franck Dumeignil Mickaël O Donohue Ashok K Bhattacharya Johan Elvnert ,4 M 20,3 M 19 M 2,4 M 23 M 14 M 12,5 M 2 M 28 Partners 24 Partners 17 Partners 12 Partners 14 Nationalities 13 Nationalities 8 Nationalities 6 Nationalities 13

14 Final remarks Further information: Acknowledgements: This project is funded by the European Union Seventh Framework Programme (FP7/ ) under grant agreement n EuroBioRef. 14