Full Chain 1
Computational modelling and optimisation of carbon capture research
Tackling current barriers of reactor scale-up in carbon capture of gas power plants using
advanced CFD Cranfield Oct 12 Sept 16 EPSRC 0.58 0.580 2
Fundamental Research & Understanding
Full Chain 2 Computational Chemistry of Hybrid Frameworks To allow the evaluation of new hybrid frameworks in a number of key fields, such as CO2 adsorption and storage
UCL Sept 07 Jan 12 EPSRC 0.50 0.1 2 Fundamental Research & Understanding
Full Chain 3
Carbon Capture and Storage: Realising the Potential
Techno-economic studies of CCS (3 projects) Uni Sussex + Apr 10 Mar 12 NERC/EPSRC/ESRC (UKERC via NERC) 0.41 0.220 2 Fundamental Research & Understanding
Full Chain 4
Multi-scale whole systems modelling and analysis for CO2 capture, transport and storage
Methodologies to design and analyse future CCS systems- generating insights into the most important interactions involved in system design and operation- quantifying (economics, environmental impact, safety & operability) the performance of UK CCS systems
Consortium Jun 10 May 13 EPSRC 1.42 1.000 2 Fundamental Research & Understanding
Full Chain 5 CCS System Modelling Toolkit Provide tool to assist in design and assessment of future CCS systems (whole chain, power generation to storage)
PSE, E4tech, EDF, E.ON, Petrofac,
Rolls-Royce Sept 11 Apr 14 ETI
3.6
(ETI total) 3.600 N/A
Component Development & Applied
Research
Full Chain 200 CCS flexibility New study requested by DECC IEA GHG
Full Chain 201 Electricity despatch modelling Ss: Scottish Government study on electricity despatch modelling of Scottish electricity system initiated mid 2013
Scottish Government
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Full Chain 1
Computational modelling and optimisation of carbon capture research
Tackling current barriers of reactor scale-up in carbon capture of gas power plants using
advanced CFD Cranfield Oct 12 Sept 16 EPSRC 0.58 0.580 2
Fundamental Research & Understanding
Full Chain 2 Computational Chemistry of Hybrid Frameworks To allow the evaluation of new hybrid frameworks in a number of key fields, such as CO2 adsorption and storage
UCL Sept 07 Jan 12 EPSRC 0.50 0.1 2 Fundamental Research & Understanding
Full Chain 3
Carbon Capture and Storage: Realising the Potential
Techno-economic studies of CCS (3 projects) Uni Sussex + Apr 10 Mar 12 NERC/EPSRC/ESRC (UKERC via NERC) 0.41 0.220 2 Fundamental Research & Understanding
Full Chain 4
Multi-scale whole systems modelling and analysis for CO2 capture, transport and storage
Methodologies to design and analyse future CCS systems- generating insights into the most important interactions involved in system design and operation- quantifying (economics, environmental impact, safety & operability) the performance of UK CCS systems
Consortium Jun 10 May 13 EPSRC 1.42 1.000 2 Fundamental Research & Understanding
Full Chain 5 CCS System Modelling Toolkit Provide tool to assist in design and assessment of future CCS systems (whole chain, power generation to storage)
PSE, E4tech, EDF, E.ON, Petrofac,
Rolls-Royce Sept 11 Apr 14 ETI
3.6
(ETI total) 3.600 N/A
Component Development & Applied
Research
Full Chain 200 CCS flexibility New study requested by DECC IEA GHG
Full Chain 201 Electricity despatch modelling Ss: Scottish Government study on electricity despatch modelling of Scottish electricity system initiated mid 2013
Scottish Government
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Pre-combustion 6 Novel Catalytic Membrane Micro- reactors for CO2 Capture via Pre-combustion Decarbonisation Route
Advance membrane micro reactor for
precombustion Imperial Jan 11 Dec 13 EPSRC 0.458 0.430 2
Fundamental Research & Understanding Pre-combustion 7 Joint UK/China hydrogen production network
Advanced chemical cycles which allow clean hydrogen to be produced without a large energy penalty for capturing the CO2
Consortium Oct 09 Sep 12 EPSRC 1 0.500 2 Fundamental Research & Understanding
Pre-combustion 8
The Next Generation of Activated Carbon Adsorbents for the Pre- Combustion Capture of CO2
Develop activated carbon adsorbents and system models to improve the efficiency, flexibility and
operability of IGCC processes Consortium Nov 11 Dec 13 EPSRC 0.694 0.694 2
Fundamental Research & Understanding
Pre-combustion 9
e-WaGS: Efficient Water Gas Shift Technology for Low- Carbon Electric Power Generation from Fossil Fuels
Development of Water Gas Shift technology for IGCC in which carbon monoxide produced by gasification is reacted with steam to produce hydrogen and CO2
BP, Johnson
Matthey Feb 10 Jan 13 TSB/DECC 2 (total); 1 (public) 0.600 3 - 4
Fundamental Research & Understanding
Component Development & Applied
Research
Pre-combustion 10
Next Generation Capture Technology for Coal (CCGT)
Advanced technology to reduce cost of CO2
capture in pre-combustion: Stage 1: FEED study for the demonstration with University of Edinburgh and Imperial College, lasting 16 months and costing £3m. Stage2: construction of pilot plant, demonstration and results analysis (£20.5M)
Costain July 11 Jun 05 ETI (ETI Total) 23.5 3.500 5-6 Pilot-scale Demonstration
Pre-combustion 11 Carbon capture pilot using an Endex Reactor
Development of calcium looping technology. This 3MWe demonstrator is the basis for scale up to
50MWt units for (i) industrial applications (ii) in multiple units to decarbonise the fuel gas of NGCC or IGCC power stations.
Millennium Generation; Calix (Europe) Limited; HEL East Limited; Imperial College
Sep 12 Apr 14 DECC (public)5.8 5.800 6 Pilot-scale Demonstration
Pre-combustion 98
Calix Endex Reactor carbon capture technology feasibility study
Calix Ltd is developing a new technology for carbon capture from syngas, applicable to power generation (CCGT or IGCC), steel and cement industries. It is a new approach based on calcium looping, applied to pre-combustion capture, to shift and decarbonise syngas rapidly at high temperature and pressure
Calix Europe Ltd May 12 Dec 12 TSB 0.99 0.068 2 Fundamental Research & Understanding
Pre-combustion 99 Novel Low energy pre-
combustion
The goal was to create a detailed computer process simulation and then to perform a basic process engineering feasibility study of the novel Timmins technology, and to benchmark its estimated performance and costs, in pre-capture CCS mode (90% CO2 capture target) on an integrated Shell
coal gasifier IGCC power plant at c.30 bar pressure
Timmins CCS Ltd May 12 Oct 12 TSB 0.075 0.053 2 Fundamental Research & Understanding
CAPTURE TECHNOLOGIES
INCLUDING COMPONENTS, SYSTEMS OR DEMONSTRA
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Pre-combustion 6 Novel Catalytic Membrane Micro- reactors for CO2 Capture via Pre-combustion Decarbonisation Route
Advance membrane micro reactor for
precombustion Imperial Jan 11 Dec 13 EPSRC 0.458 0.430 2
Fundamental Research & Understanding Pre-combustion 7 Joint UK/China hydrogen production network
Advanced chemical cycles which allow clean hydrogen to be produced without a large energy penalty for capturing the CO2
Consortium Oct 09 Sep 12 EPSRC 1 0.500 2 Fundamental Research & Understanding
Pre-combustion 8
The Next Generation of Activated Carbon Adsorbents for the Pre- Combustion Capture of CO2
Develop activated carbon adsorbents and system models to improve the efficiency, flexibility and
operability of IGCC processes Consortium Nov 11 Dec 13 EPSRC 0.694 0.694 2
Fundamental Research & Understanding
Pre-combustion 9
e-WaGS: Efficient Water Gas Shift Technology for Low- Carbon Electric Power Generation from Fossil Fuels
Development of Water Gas Shift technology for IGCC in which carbon monoxide produced by gasification is reacted with steam to produce hydrogen and CO2
BP, Johnson
Matthey Feb 10 Jan 13 TSB/DECC 2 (total); 1 (public) 0.600 3 - 4
Fundamental Research & Understanding
Component Development & Applied
Research
Pre-combustion 10
Next Generation Capture Technology for Coal (CCGT)
Advanced technology to reduce cost of CO2
capture in pre-combustion: Stage 1: FEED study for the demonstration with University of Edinburgh and Imperial College, lasting 16 months and costing £3m. Stage2: construction of pilot plant, demonstration and results analysis (£20.5M)
Costain July 11 Jun 05 ETI (ETI Total) 23.5 3.500 5-6 Pilot-scale Demonstration
Pre-combustion 11 Carbon capture pilot using an Endex Reactor
Development of calcium looping technology. This 3MWe demonstrator is the basis for scale up to
50MWt units for (i) industrial applications (ii) in multiple units to decarbonise the fuel gas of NGCC or IGCC power stations.
Millennium Generation; Calix
(Europe) Limited; HEL East Limited; Imperial College
Sep 12 Apr 14 DECC (public)5.8 5.800 6 Pilot-scale Demonstration
Pre-combustion 98
Calix Endex Reactor carbon capture technology feasibility study
Calix Ltd is developing a new technology for carbon capture from syngas, applicable to power generation (CCGT or IGCC), steel and cement industries. It is a new approach based on calcium looping, applied to pre-combustion capture, to shift and decarbonise syngas rapidly at high temperature and pressure
Calix Europe Ltd May 12 Dec 12 TSB 0.99 0.068 2 Fundamental Research & Understanding
Pre-combustion 99 Novel Low energy pre-
combustion
The goal was to create a detailed computer process simulation and then to perform a basic process engineering feasibility study of the novel Timmins technology, and to benchmark its estimated performance and costs, in pre-capture CCS mode (90% CO2 capture target) on an integrated Shell
coal gasifier IGCC power plant at c.30 bar pressure
Timmins CCS Ltd May 12 Oct 12 TSB 0.075 0.053 2 Fundamental Research & Understanding
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Post-combustion 12
Carbon Capture from power plant and atmosphere
CO2 separation by adsorption onto nanoporous
materials, materials by “filtration” of CO2 from
power plant flue gases by newly created semi- permeable membranes, and by membrane separation of oxygen from air, to enable oxy-fuel combustion and efficient CO2 separation
(2 projects)
Heriot Watt + Nov 08 Nov 13 EPSRC 4.45 2.000 2 Fundamental Research & Understanding
Post-combustion 13
Ceramic membranes for energy applications and CO2 capture
High temperature ceramic membranes for energy applications and CO2 capture
2 Projects,
Newcastle + Apr 09 Apr 14 EPSRC 1.1 0.700 2
Fundamental Research & Understanding
Post-combustion 14
Fundamentals of Optimised Capture Using Solids (FOCUS)
Solid adsorption of CO2 and UK-China collaboration Consortium Jan 11 Dec 13 EPSRC 0.568 0.500 2 Fundamental Research & Understanding
Post-combustion 15
Innovative Adsorbent Materials and Processes for Integrated Carbon Capture and Multi- pollutant Control for Fossil Fuel Power Generation
Simultaneous removal of SOx, NOx, HCl, HF, and
toxic metals, particularly mercury –
China Collaboration Nottingham Oct 09 Sep 13 EPSRC 0.952 0.500 2
Fundamental Research & Understanding
Post-combustion 16
Innovative Gas Separations for Carbon Capture
Methodologies for the rapid synthesis and screening of novel materials and solvents for carbon capture from power stations. Focus on absorption, adsorption and membrane processes combining molecular modelling and advanced process modelling
Consortium Oct 09 Mar 13 EPSRC 1.89 1.000 2 Fundamental Research & Understanding Post-combustion 17 Multi-scale evaluation of advanced technologies for capturing the CO2: chemical looping applied to solid fuels.
A systematic, multiscale approach, which considers the detailed behaviour of the solid oxygen carriers, through to the systems level integration into a power station and energy grid
Consortium Jan 11 Dec 13 EPSRC 0.578 0.510 2 Fundamental Research & Understanding
Post-combustion 18
Step Change Adsorbents and Processes for CO2 Capture.
Accelerate the pace of development of adsorbent technology as a viable alternative to chemical absorption in post-combustion capture...The ultimate goal of the project is to demonstrate the adsorbent materials in real power plant environments
Consortium Nov 09 Oct 13 EPSRC / E.ON 0.158 0.800 2 Fundamental Research & Understanding
Post-combustion 19
Adsoprtion materials and processes for carbon capture from gas-fired power plants (AMPGas)
Capture technology for retrofit to existing CCGT plants. Addressing both materials and process development for carbon capture.
Consortium /
Edinburgh Sep 12 Aug 15 EPSRC 1.1 1.100 2
Fundamental Research & Understanding
Post-combustion 20
Effective adsorbents for establishing solids looping as a next generation CCGT technology
To overcome the performance barriers for
implementing adsorbent systems in the solid looping
technology specifically for CCGT power plants Consortium Nov 08 Nov 13 EPSRC 4.45 2.000 2
Fundamental Research & Understanding
CAPTURE TECHNOLOGIES
INCLUDING COMPONENTS, SYSTEMS OR DEMONSTRA
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Post-combustion 12
Carbon Capture from power plant and atmosphere
CO2 separation by adsorption onto nanoporous
materials, materials by “filtration” of CO2 from
power plant flue gases by newly created semi- permeable membranes, and by membrane separation of oxygen from air, to enable oxy-fuel combustion and efficient CO2 separation
(2 projects)
Heriot Watt + Nov 08 Nov 13 EPSRC 4.45 2.000 2 Fundamental Research & Understanding
Post-combustion 13
Ceramic membranes for energy applications and CO2 capture
High temperature ceramic membranes for energy applications and CO2 capture
2 Projects,
Newcastle + Apr 09 Apr 14 EPSRC 1.1 0.700 2
Fundamental Research & Understanding
Post-combustion 14
Fundamentals of Optimised Capture Using Solids (FOCUS)
Solid adsorption of CO2 and UK-China collaboration Consortium Jan 11 Dec 13 EPSRC 0.568 0.500 2 Fundamental Research & Understanding
Post-combustion 15
Innovative Adsorbent Materials and Processes for Integrated Carbon Capture and Multi- pollutant Control for Fossil Fuel Power Generation
Simultaneous removal of SOx, NOx, HCl, HF, and
toxic metals, particularly mercury –
China Collaboration Nottingham Oct 09 Sep 13 EPSRC 0.952 0.500 2
Fundamental Research & Understanding
Post-combustion 16
Innovative Gas Separations for Carbon Capture
Methodologies for the rapid synthesis and screening of novel materials and solvents for carbon capture from power stations. Focus on absorption, adsorption and membrane processes combining molecular modelling and advanced process modelling
Consortium Oct 09 Mar 13 EPSRC 1.89 1.000 2 Fundamental Research & Understanding Post-combustion 17 Multi-scale evaluation of advanced technologies for capturing the CO2: chemical looping applied to solid fuels.
A systematic, multiscale approach, which considers the detailed behaviour of the solid oxygen carriers, through to the systems level integration into a power station and energy grid
Consortium Jan 11 Dec 13 EPSRC 0.578 0.510 2 Fundamental Research & Understanding
Post-combustion 18
Step Change Adsorbents and Processes for CO2 Capture.
Accelerate the pace of development of adsorbent technology as a viable alternative to chemical absorption in post-combustion capture...The ultimate goal of the project is to demonstrate the adsorbent materials in real power plant environments
Consortium Nov 09 Oct 13 EPSRC / E.ON 0.158 0.800 2 Fundamental Research & Understanding
Post-combustion 19
Adsoprtion materials and processes for carbon capture from gas-fired power plants (AMPGas)
Capture technology for retrofit to existing CCGT plants. Addressing both materials and process development for carbon capture.
Consortium /
Edinburgh Sep 12 Aug 15 EPSRC 1.1 1.100 2
Fundamental Research & Understanding
Post-combustion 20
Effective adsorbents for establishing solids looping as a next generation CCGT technology
To overcome the performance barriers for
implementing adsorbent systems in the solid looping
technology specifically for CCGT power plants Consortium Nov 08 Nov 13 EPSRC 4.45 2.000 2
Fundamental Research & Understanding
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Post-combustion 21 Advanced GasCCS
(GasFACTS)
Underpinning research for development and deployment on natural gas power plants, particularly for gas turbine modifications and advanced post combustion capture technologies for gas power plants
Consortium Apr 09 Apr 14 EPSRC 1.1 0.700 2 Fundamental Research & Understanding
Post-combustion 22 Carbon capture in the refining process To develop a vacuum swing adsoption process to capture CO
2 from a H2 plants in the refining process Edinburgh Jan 11 Dec 13 EPSRC 0.568 0.500 2
Fundamental Research & Understanding Post-combustion 23 New approach to extend durability of sorbent powders for multicycle high temperature CO2 capture in hydrogen
Materials engineering proposal addressing the major problem facing utilisation of powder sorbents such
as CaO for high temperature applications Leeds Oct 09 Sep 13 EPSRC 0.952 0.500 2
Fundamental Research & Understanding
Post-combustion 24
Feasibility of a wetting layer absoprtion carbon capture process based on chemical solvents
To investigate a novel process based on the wetting layer absorption concept in which a porous material is used to support liquid-like regions of absorbing solvent, which in turn absorb carbon dioxide
Strathclyde /
Edinburgh Oct 09 Mar 13 EPSRC 1.89 1.000 2
Fundamental Research & Understanding
Post-combustion 25
Chemical looping for low-cost oxygen production and other applications
Chemical looping (combustion, CLC) using fluidised beds at industrial scale within the UK - experimental work and theoretical analysis for first large-scale demonstration of CLC within the UK.
Imperial College London, Cranfield
University & University of Cambridge
Jan 11 Dec 13 EPSRC 0.578 0.510 1-3 Fundamental Research
& Understanding
Post-combustion 26
Mixed matrix membranes preparation for post- combustion capture
Membrane processes as an alternative to post- combustion capture technologies due to the reduced maintenance of the process, the absence of dangerous solvents and their smaller footprint. This project aims - support development of new mixed matrix membranes for post-combustion applications. Fundamental knowledge is crucial in order to design the reliable materials needed for real-world-applications.
University of
Edinburgh Nov 09 Oct 13
EPSRC / E.ON 0.158 0.800 1-3 Fundamental Research & Understanding Post-combustion 27 Project Coral – Integrated CHP, carbon water exchange Pilot Demonstration
Demonstrate 2nd generation carbon capture technology on an industrial chemicals site: Carbon Water Exchange (CWX), an innovative, electro- chemical based sequestration technology that remediates principally CO2, SOx & NOx from fossil
fuel combustion emissions.
Future Environmental Technologies Group,
Solutia UK; Hoare Lea & Partners; DB Core Ltd; Malvern
Executives
Sep 12 Aug 15 EPSRC 1.1 1.100 6 Pilot-scale Demonstration
Post-combustion 28 Ferrybridge CC Pilot 100+
Largest Pilot plant demonstration in UK,5MWe,
100t CO2 capture/day. System integration, solvent
evaluation, skills & training
SSE, Doosan,
Vattenfall Jan 11 Dec 13 TSB/DECC
21 (total); 6.75
(public) 5.000 5-6 Pilot-scale Demonstration
Post-combustion 29
Next Generation capture for gas fired (CCGT) power stations
Advanced technology to reduce cost and capture penalty for retrofit and new-build gas-fired power stations. Stage 1: design study (August 2012 – January 2014) £0.8M; Stage 2: c5MWe pilot (2014
– 2017) £10M)
tbn Jul 12 Dec 15 ETI 21.6 (ETI total) 11.600 5-6 Pilot-scale Demonstration
CAPTURE TECHNOLOGIES
INCLUDING COMPONENTS, SYSTEMS OR DEMONSTRA
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Post-combustion 21 Advanced GasCCS
(GasFACTS)
Underpinning research for development and deployment on natural gas power plants, particularly for gas turbine modifications and advanced post combustion capture technologies for gas power plants
Consortium Apr 09 Apr 14 EPSRC 1.1 0.700 2 Fundamental Research & Understanding
Post-combustion 22 Carbon capture in the refining process To develop a vacuum swing adsoption process to capture CO
2 from a H2 plants in the refining process Edinburgh Jan 11 Dec 13 EPSRC 0.568 0.500 2
Fundamental Research & Understanding Post-combustion 23 New approach to extend durability of sorbent powders for multicycle high temperature CO2 capture in hydrogen
Materials engineering proposal addressing the major problem facing utilisation of powder sorbents such
as CaO for high temperature applications Leeds Oct 09 Sep 13 EPSRC 0.952 0.500 2
Fundamental Research & Understanding
Post-combustion 24
Feasibility of a wetting layer absoprtion carbon capture process based on chemical solvents
To investigate a novel process based on the wetting layer absorption concept in which a porous material is used to support liquid-like regions of absorbing solvent, which in turn absorb carbon dioxide
Strathclyde /
Edinburgh Oct 09 Mar 13 EPSRC 1.89 1.000 2
Fundamental Research & Understanding
Post-combustion 25
Chemical looping for low-cost oxygen production and other applications
Chemical looping (combustion, CLC) using fluidised beds at industrial scale within the UK - experimental work and theoretical analysis for first large-scale demonstration of CLC within the UK.
Imperial College London, Cranfield
University & University of Cambridge
Jan 11 Dec 13 EPSRC 0.578 0.510 1-3 Fundamental Research
& Understanding
Post-combustion 26
Mixed matrix membranes preparation for post- combustion capture
Membrane processes as an alternative to post- combustion capture technologies due to the reduced maintenance of the process, the absence of dangerous solvents and their smaller footprint. This project aims - support development of new mixed matrix membranes for post-combustion applications. Fundamental knowledge is crucial in order to design the reliable materials needed for real-world-applications.
University of
Edinburgh Nov 09 Oct 13
EPSRC / E.ON 0.158 0.800 1-3 Fundamental Research & Understanding Post-combustion 27 Project Coral – Integrated CHP, carbon water exchange Pilot Demonstration
Demonstrate 2nd generation carbon capture technology on an industrial chemicals site: Carbon Water Exchange (CWX), an innovative, electro- chemical based sequestration technology that remediates principally CO2, SOx & NOx from fossil
fuel combustion emissions.
Future Environmental Technologies Group,
Solutia UK; Hoare Lea & Partners; DB Core Ltd; Malvern
Executives
Sep 12 Aug 15 EPSRC 1.1 1.100 6 Pilot-scale Demonstration
Post-combustion 28 Ferrybridge CC Pilot 100+
Largest Pilot plant demonstration in UK,5MWe,
100t CO2 capture/day. System integration, solvent
evaluation, skills & training
SSE, Doosan,
Vattenfall Jan 11 Dec 13 TSB/DECC
21 (total); 6.75
(public) 5.000 5-6 Pilot-scale Demonstration
Post-combustion 29
Next Generation capture for gas fired (CCGT) power stations
Advanced technology to reduce cost and capture penalty for retrofit and new-build gas-fired power stations. Stage 1: design study (August 2012 – January 2014) £0.8M; Stage 2: c5MWe pilot (2014
– 2017) £10M)
Recent and Current Projects
Technology Area
Id
(project) titleProgramme
Objective, rationale for intervention
Partners
Start Date
DateEnd
(HMG, ETI & Int’l)Funders
investment £MTotal project
Assumed total public spend
(Technology Readiness Level)TRL Focus
Post-combustion 30 Industrial CO2 as a precursor to sustainable biomass: reducing energy consumption and CO2 footprint
Develop an innovative, algae based solution for the significant reduction of large scale industrial CO2