CCS decarbonises fossil fuel power generation, is the only available method to address industrial emissions, and can enable the production of hydrogen as a low carbon vector for heating, energy storage and transport. Further, CCS in combination with biomass may potentially provide net-negative emissions to offset emissions which are too complex or expensive to directly mitigate. In the absence of CCS, full decarbonisation of power generation, heating and transport consistent with the UK's Climate Change Act 2008, and the recently agreed ambition for net-zero emissions in the UNFCCC Paris Agreement which UK ministers have endorsed, will likely be both extremely difficult and costly to achieve. The UK has unique and substantial strategic adva...
The UK is committed to the Paris Agreement and has a legally-binding target to reduce economy-wide g...
Government departments responsible for energy and climate policy around the world, partly informed b...
The article analyses the capability of carbon abatement technologies to be made commercially viable ...
Scottish Carbon Capture and Storage (SCCS) welcomes the UK Government's Clean Growth Strategy, and i...
The UK trajectory for decarbonisation has been predicated on the creation of very low- carbon electr...
Scotland has achieved great progress in decarbonising its energy system since 1990, largely by means...
Scottish Carbon Capture & Storage (SCCS) is a research partnership of the British Geological Survey,...
The International Energy Agency has long argued that Carbon Capture and Storage is the single most i...
Generally, the key insight of our research concerns the need to broaden attention from technology an...
Carbon Capture & Storage is widely recognised as a vital technology which will play a significant ro...
This briefing from Scottish Carbon Capture & Storage (SCCS)1 sets out reasons for Scottish Governmen...
More than a decade of UK state R&D investment, totalling in excess of £250 million, has shown CCS to...
• As a signatory to the 2015 Paris Climate Change Agreement, the UK has committed to an ambitious tr...
AbstractCarbon capture and storage (CCS) facilities coupled to coal-fired power plants provide a cli...
We welcome and support the continued climate change mitigation action ambition of the Scottish Gover...
The UK is committed to the Paris Agreement and has a legally-binding target to reduce economy-wide g...
Government departments responsible for energy and climate policy around the world, partly informed b...
The article analyses the capability of carbon abatement technologies to be made commercially viable ...
Scottish Carbon Capture and Storage (SCCS) welcomes the UK Government's Clean Growth Strategy, and i...
The UK trajectory for decarbonisation has been predicated on the creation of very low- carbon electr...
Scotland has achieved great progress in decarbonising its energy system since 1990, largely by means...
Scottish Carbon Capture & Storage (SCCS) is a research partnership of the British Geological Survey,...
The International Energy Agency has long argued that Carbon Capture and Storage is the single most i...
Generally, the key insight of our research concerns the need to broaden attention from technology an...
Carbon Capture & Storage is widely recognised as a vital technology which will play a significant ro...
This briefing from Scottish Carbon Capture & Storage (SCCS)1 sets out reasons for Scottish Governmen...
More than a decade of UK state R&D investment, totalling in excess of £250 million, has shown CCS to...
• As a signatory to the 2015 Paris Climate Change Agreement, the UK has committed to an ambitious tr...
AbstractCarbon capture and storage (CCS) facilities coupled to coal-fired power plants provide a cli...
We welcome and support the continued climate change mitigation action ambition of the Scottish Gover...
The UK is committed to the Paris Agreement and has a legally-binding target to reduce economy-wide g...
Government departments responsible for energy and climate policy around the world, partly informed b...
The article analyses the capability of carbon abatement technologies to be made commercially viable ...