www comsynproject eu COMSYN RPerspektivy a potencil vyuit

www. comsynproject. eu COMSYN ČR-Perspektivy a potenciál využití CO 2 Date: 6. 6. 2018 Authors: Jaromír Lederer, Jiří Hájek, Jan Jenčík

Compact Gasification and Synthesis process for Transport Fuels Decentralized primary conversion of biomass in 30 – 150 MW units (10 -50 kt/a FT product) Technology development for primary conversion, Fischer-Tropsch synthesis and oil refinery feeding systems Reduction of the biofuel production cost 35% => Less than 0. 80 €/l production cost for diesel 2

COMSYN goals In the COMSYN we will: q Diversify gasification feedstock: many types of woody residues, straw and other agricultural residues, various waste-derived materials can be converted to high quality transport fuels q Develop simplified gasification & FT process scheme suitable for 10 -50 kt/a capacity to be realised with specific investment cost of ca. 3 M€/ktoe (investment of a 50 kt/a plant consuming 150 MW biomass ~ 150 M€ q Validate gasification-FT process at PDU-scale test rig of VTT q Integrate final upgrading process of FT product to diesel, jet fuel and other products to existing large oil refineries 3

COMSYN goals In the COMSYN we will: q Achieve biodiesel production cost < 0. 80 €/l q Formulate a plan for a follow-up industrial demonstration project Distributed primary conversion of all kind of biomass residues to intermediate liquid products at small to- medium scale (10 -50 kt/a FT products) units located close to biomass resources q Integration of the primary conversion to local heat and power production resulting in 80 % energy efficiency in biomass utilization q Refining of FT products to high quality drop-in liquid transport fuels at existing oil refineries q Carry out techno-economic and environmental assessments to demonstrate the potential of the new concept in different locations and integration sites q Optimize gasification and FT process integration to local energy production with up to 60 % energy efficiency to FT product and with 80 % total biomass utilisation efficiency to liquid fuel, power and heat 4

Technology development Diversified feedstocks for DFB gasifier by VTT High temperature filtration by VTT and GKN Sulfur removal with adsorbents by VTT Product upgrading by Uni. CRE Process design & techno-economic studies & environmental assessments by DLR and Wood Improved reforming by VTT Intensified Fischer. Tropsch by INERATEC Market studies and business cases by ÅF Consult 5

COMSYN – Uni. CRE role and tasks WP 3 SYNTHESIS (total PM 2) Task 3. 2 Process variation for testing fuel workup (with INERATEC) q Process variation with specified gas compositions from gasification of different feedstocks to explore the best process conditions for upgrade of the produced fuel (with UNICRE) q Start November 2017 (M 7) q End October 2019 (M 30) 6

COMSYN – Uni. CRE role and tasks WP 4 PRODUCT UPGRADING (total PM 112) Task 4. 1 Bio FT-product Upgrading Concept Development (with VTT & INERATEC) q q q An outline of the product upgrading process concept Assessment of the pretreatment for biobased FT-product Unit operations development and optimization Trials considering co-processing, stand-alone processing of FT wax Product analysis and verification q Start May 2017 (M 1) q End April 2020 (M 36) 7

COMSYN – Uni. CRE role and tasks Task 4. 2 Development of the refinery-scale Upgrading Technology q Defining of technological conditions and requirements enabling provision of co -processing q Start May 2018 (M 13) q End October 2020 (M 42) 8

COMSYN – Uni. CRE role and tasks WP 6 Techno-economic & environmental assessment of the process concepts (total PM 2) Task 6. 1 Setup of basic flowsheet model for the production concepts(s) (with several partners) q Supporting in basic design of 2 -3 most promising process configurations will be assessed q Start May 2017 (M 1) q End April 2018 (M 12) 9

COMSYN – Uni. CRE role and tasks WP 7 Exploitation and business concept for the technical concepts (PM 1) Task 7. 1 Market assessment (with AF) q Suitable refinery inputs and their quality requirements, site location q Start May 2017 (M 1) q End October 2020 (M 42) 10

COMSYN vision PROJECT FACTS 2017 – 2021 7 partners 5. 1 M€ budget 3 pilot campaigns from biomass to biofuels 400 kg of biofuels produced for research and demonstration. 11

ACKNOWLEDGEMENTS COMSYN project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 727476. www. comsynproject. eu 12

Kontakty: Unipetrol výzkumně vzdělávací centrum, a. s. Revoluční 1521/84, Ústí nad Labem, PSČ 400 01 IČ: 62243136, DIČ: CZ 62243136 e-mail: unicre@unicre. cz, www. unicre. cz Registr. v OR KS v Ústí n. L. , odd. B, vl. 664 číslo účtu: 7009 411/0100, KB Ústí n. L. Litvínovské pracoviště: Areál Chempark, Záluží 1, Litvínov, PSČ 436 70 www. comsynproject. eu