carbon storage technology [ CO2 storage technology ]

carbon capture and geological storage | carbon capture and storage | carbon dioxide capture and geological storage | carbon dioxide capture and storage | CO2 capture and storage | CCS [Abbr.]

CO2 capture and storage [ CCS | carbon dioxide capture and storage | C02 capture and sequestration | carbon capture and storage ]

carbon capture and storage [ carbon dioxide capture and storage | carbon sequestration | CCS [acronym] CO2 capture and storage | Carbon capture(STW) ]

carbon dioxide capture and storage | CO2 capture and storage | CCS | carbon dioxide capture and sequestration | CO2 capture and sequestration | carbon capture and storage | carbon capture and sequestration

carbon dioxide sequestration | CO2 sequestration | carbon dioxide storage | CO2 storage | sequestration of CO2 | storage of CO2 | carbon sequestration | carbon storage

Carbon Capture and Storage: Technology, Capacity and Limitations

carbon capture, utilisation and storage | CCUS [Abbr.]

carbon dioxide storage

low-carbon technology

61. Considers that Carbon Capture and Storage (CCS) could play an important role in reducing greenhouse gas emissions from indigenous fossil fuels, allowing for a more diverse and secure energy mix; calls on the Commission to improve the conditions for deployment of CCS; considers that CCS will need to be further developed and improved through considerable research and innovation efforts, and calls for funding to be provided for the continued development of CCS technologies;

EUROPA - EU law and publications - EUR-Lex - EUR-Lex - l28201 - EN // Carbon dioxide capture and storage

69. Notes that CCS could play a role on the road to decarbonisation by 2050; notes, however, that CCS is still at the research and development stage; notes that CCS development remains highly uncertain due to unresolved problems, such as non-specified delays, high costs and efficiency concerns; stresses that CCS, developed in an economically efficient, safe and sustainable way, will need to be in use on a commercial scale as soon as possible; highlights that CCS is also an important option for the decarbonisation of several energy-intensive industries such as oil refining aluminium smelting and cement production; calls on the Commis ...[+++]sion to draw up a mid-term report evaluating the results obtained from the use of EU-subsidised demonstration projects for coal-fired power stations;

70. Notes that CCS could play a role on the road to decarbonisation by 2050; notes, however, that CCS is still at the research and development stage; notes that CCS development remains highly uncertain due to unresolved problems, such as non-specified delays, high costs and efficiency concerns; stresses that CCS, developed in an economically efficient, safe and sustainable way, will need to be in use on a commercial scale as soon as possible; highlights that CCS is also an important option for the decarbonisation of several energy-intensive industries such as oil refining aluminium smelting and cement production; calls on the Commis ...[+++]sion to draw up a mid-term report evaluating the results obtained from the use of EU-subsidised demonstration projects for coal-fired power stations;