The Government is committed to supporting the development of carbon capture, usage and storage (CCUS) in the UK. CCUS has the potential to support us in meeting our 2050 emissions target and support our Industrial Strategy.<\/p>
Our CCUS Action Plan, published in November 2018, sets out our view that CCUS has a potentially essential role in supporting the decarbonisation of the UK\u2019s economy, reducing emissions from the heavy industry, transport, power and heating sectors.<\/p>
On 27 June we announced that nine companies have secured £26 million of government funding, in addition to industry backing, to advance the rollout of carbon capture, utilisation and storage (CCUS) in the UK - a crucial step towards the UK\u2019s net zero emissions and the end of the UK\u2019s contribution to global warming. It is the next milestone for the Government\u2019s ambition for the UK to be a world-leader in the field as laid out in the Clean Growth Strategy and the CCUS Action Plan.<\/p>
One company, Tata Chemicals is being awarded £4.2m toward the construction of a facility to capture and utilise 40,000 tonnes of carbon dioxide a year \u2013 the equivalent of 22,000 cars. When fully operational in 2021 it will be the largest carbon capture plant in the UK, removing 100 times more carbon dioxide from the atmosphere than the country\u2019s current largest facility.<\/p>
Our Clean Growth Grand Challenge Mission sets an ambition to establish at least one low-carbon industrial cluster by 2030, and the world\u2019s first net-zero carbon industrial cluster by 2040. The Mission is technology neutral but is focussed on technologies that can be delivered cost-effectively through the use of shared networks, and CCUS is one of the key technologies that could help to deliver the mission.<\/p>
Also supporting the mission, the Industrial Energy Transformation Fund is a £315m fund aimed at helping industry to transition to a low-carbon future. The fund will help companies cut their energy bills and carbon emissions through investing in energy efficiency and low-carbon technologies. This could include supporting technologies that are strategically important to long-term emissions reductions such as CCUS and Hydrogen.<\/p>"} , "answeringMember" : {"_about" : "http://data.parliament.uk/members/4021", "label" : {"_value" : "Biography information for Chris Skidmore"} } , "answeringMemberConstituency" : {"_value" : "Kingswood"} , "answeringMemberPrinted" : {"_value" : "Chris Skidmore"} , "dateOfAnswer" : {"_value" : "2019-07-01", "_datatype" : "dateTime"} , "isMinisterialCorrection" : {"_value" : "false", "_datatype" : "boolean"} , "questionFirstAnswered" : [{"_value" : "2019-07-01T14:08:30.94Z", "_datatype" : "dateTime"} ]} , "answeringDeptId" : {"_value" : "201"} , "answeringDeptShortName" : {"_value" : "Business, Energy and Industrial Strategy"} , "answeringDeptSortName" : {"_value" : "Business, Energy and Industrial Strategy"} , "date" : {"_value" : "2019-06-24", "_datatype" : "dateTime"} , "hansardHeading" : {"_value" : "Carbon Capture and Storage"} , "houseId" : {"_value" : "1"} , "legislature" : [{"_about" : "http://data.parliament.uk/terms/25259", "prefLabel" : {"_value" : "House of Commons"} } ], "questionText" : "To ask the Secretary of State for Business, Energy and Industrial Strategy, what assessment his Department has made of the role that carbon capture and storage technology could play in reducing emissions in the (a) heavy industry, (b) transport, (c) power and (d) heating sectors.", "registeredInterest" : {"_value" : "false", "_datatype" : "boolean"} , "tablingMember" : {"_about" : "http://data.parliament.uk/members/4122", "label" : {"_value" : "Biography information for Alex Cunningham"} } , "tablingMemberConstituency" : {"_value" : "Stockton North"} , "tablingMemberPrinted" : [{"_value" : "Alex Cunningham"} ], "uin" : "268483"} ], "itemsPerPage" : 10, "page" : 0, "startIndex" : 1, "totalResults" : 1, "type" : ["http://purl.org/linked-data/api/vocab#ListEndpoint", "http://purl.org/linked-data/api/vocab#Page"]} }