£20 Million ETI Project Set to Advance Carbon Capture Technologies

news-ccemc-logo
Six Companies Announced for CCEMC Funding
September 11, 2012
news-steven-chu
Former US Energy Secretary Steven Chu Joins Board of Canadian Carbon Capture Company Inventys
December 18, 2013
Show all

£20 Million ETI Project Set to Advance Carbon Capture Technologies

news-eti-logo

Ed Davey announces new £20 million ETI project to develop and demonstrate advanced carbon capture technology for gas-fired power stations

The Secretary of State for Energy and Climate Change, Ed Davey, has today  launched a new technology project which could see up to £20 million being invested by the Energy Technologies Institute (ETI) to develop and verify advanced carbon capture technology.

The ETI has commissioned and funded a consortium to deliver the project which will see a 5MW carbon capture demonstration plant capable of capturing up to 95% of carbon dioxide emissions designed, built and tested by 2016.

The technology will be designed to be used on new-build Combined Cycle Gas Turbine (CCGT) power stations or to retrofit Carbon Capture Storage (CCS) onto CCGT power stations.

The project launch was marked by a visit to consortium member Howden’s Global head office and UK factory in Renfrew, near Glasgow, by the Secretary of State. Howden’s currently employs 378 at its premises in Renfrew.

The technology that will be employed by the consortium is based around post combustion capture using a structured carbon adsorbent, housed within a rotating bed. An initial assessment by the ETI suggests that the technology could reduce the typical cost of electricity by 13 per cent when compared to current CCS technology*. The first phase of the project will see the ETI invest £1.6 million in a small scale demonstrator prototype, laboratory work and techno-economic assessment to confirm the projected benefits. This will then be followed by a conceptual design for the larger-scale demonstrator plant.

Once this initial stage completes, the ETI then expects to invest up to £20 million over three years in the detailed design, assembly and testing of a UK demonstrator plant. The technology is expected to be capable of large-scale deployment by 2020, at a cost and performance level which could make investment more attractive to project developers.

Ed Davey, the Secretary of State for Energy and Climate Change, said: “CCS is a key part of our aim to reduce carbon emissions from gas and coal in our future energy mix. The UK is a leading nation in developing this new technology and the project announced today is another important step to our goal of a cost competitive CCS industry.

“CCS is a prime opportunity for UK manufacturing and I am delighted to see Scottish based companies like Howden and Doosan Power Systems, as well as MAST Carbon based in Basingstoke, seizing the opportunity to create jobs for skilled workers and growth for the economy.”

Dr David Clarke, Chief Executive, ETI, added: “We expect CCS to be a key component in a future affordable, secure, low carbon UK energy system. Given the potential it offers, the technology around CCS requires investment now to build its economic viability and help extend its role in any future UK energy system design.

“With a large and relatively young CCGT fleet in operation, and the prospect of new builds continuing into the future, we are likely to enter 2020 with 30GW of CCGT capacity, much of which will require retrofit with CCS by 2030 if we are to meet UK CO2 reduction targets.  Newly developed technology which reduces costs and accelerates deployment for new builds and retrofits by 2030 is critical. Major developments such as this project will support job creation and growth in the energy sector.”

Ian Brander, CEO of Howden Group, added: “The UK government’s initiative in creating the ETI to accelerate the development of low carbon technologies has in this case helped bring together an innovative gas separation technology developer with two world leading UK-based engineering companies; both of whom are well established within the global power generation industry. We have all become increasingly aware of the effects of climate change and the need to reduce CO2 emissions from energy intensive industries. As a consortium, we recognise that this need for change provides a proactive opportunity to use our knowledge and experience to develop products and systems that will help in meeting CO2reduction targets, and in the longer term help position the UK as a leading provider of next generation low carbon technologies.”

The consortium will be led by Inventys in collaboration with Howden, Doosan Power Systems and MAST. Howden will manufacture the large rotating devices in which the carbon adsorbents will be housed; Inventys will design the carbon dioxide capture process and system known as VeloxoTherm™; Doosan Power Systems will provide expertise in the area of engineering design, system integration and assessing the commercial value of developing such technology; MAST will provide the expertise in manufacturing the carbon adsorbent material; and ETI member Rolls-Royce, will provide specialist engineering support for the project.

This project adds to the ETI’s existing £33 million investment in its CCS technology programme, which aims to build CCS infrastructure capability for the UK.

To view ETI Project Manager Rebecca Sweeney explain the project click here.

Notes to Editors

For further information, please call Richard Robinson, Media Relations Manager, at the ETI on 01509 202026 or 07500 049626.

● * The 13% reduction is based on the Levelised Cost of Electricity (LCOE.)
The ETI has recently completed a major study to assess carbon dioxide storage capacity in the UK.  ETI’s current activity in this field includes a CCS system modelling tool-kit to help support the future design, operation and roll-out of cost effective UK-based CCS systems and the commissioning last year of a £23.5 million CCS Next Generation Coal Capture Technology Demonstrator project.
●The Energy Technologies Institute (ETI) is a public-private partnership between global industries – BP, Caterpillar, EDF, E.ON, Rolls-Royce and Shell – and the UK Government.
● Public sector representation is through the Department for Business, Innovation and Skills, with funding channelled through the Technology Strategy Board and the Engineering and Physical Sciences Research Council. The Department of Energy and Climate Change are observers on the Board.
The ETI is focused on accelerating the deployment of affordable, secure low-carbon energy systems for 2020 to 2050 by demonstrating technologies, developing knowledge, skills and supply-chains and informing the development of regulation, standards and policy.
www.eti.co.uk
Howden is one of the world’s largest and longest established manufacturers of air and gas handling equipment. The company was established in Glasgow in 1854 as an engineering firm, and has grown to become a worldwide organisation with over 4,000 employees and companies in 21 countries. Howden is owned by Colfax Corporation, and designs and supplies heavy duty industrial fans, rotary heater exchangers, compressors and gas cleaning equipment to customer specifications. Howden products will typically be highly engineered to perform at the optimum level for customers in Power Generation, Oil & Gas, Petrochemical, Mining and Metal Refining plants internationally, amongst many other energy intensive, environmental and heavy industrial applications.
Inventys Thermal Technologies is the developer of advanced gas separation and purification processes and systems. Inventys proprietary carbon dioxide capture system called VeloxoThermTM is based on an intensified thermal swing adsorption process which employs structured adsorbents housed in a rotating embodiment.
Doosan Power Systems builds, maintains and extends the life of power plants across the world. From full Engineering-Procurement-Construction (EPC) contracts for major power projects we also offer a wide breadth of products and services to power and industrial customers.
MAST Carbon International carries out research, development and small scale production in the field of advanced carbon materials for a wide range of applications including water and air purification,  energy storage,  military and biomedical products. The Carbon Capture process offers a world scale opportunity for MAST and the UK manufacturing sector.

Leave a Reply

Your email address will not be published. Required fields are marked *

You may use these HTML tags and attributes: <a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <s> <strike> <strong>