China’s first offshore carbon-injection and gas-enhancement platform undergoes commissioning

On October 12, the new central platform of China’s first offshore carbon injection and gas enhancement demonstration project at the Dongfang 1-1 Gas Field underwent commissioning in COOEC ’s high-end equipment base in Qingdao. Weighing nearly 17,000 tons, the platform is designed to capture associated carbon dioxide from the gas field. After purification and pressurization, the CO₂ is injected back into subsurface formations to boost natural gas recovery and enable geological CO₂ storage. Once operational, the project will sequester over one million tons of carbon dioxide annually, serving as a key demonstration for deep decarbonization in the marine energy sector.

On October 12, the new central platform of China’s first offshore carbon injection and gas enhancement demonstration project at the Dongfang 1-1 Gas Field underwent commissioning in COOEC ’s high-end equipment base in Qingdao. Weighing nearly 17,000 tons, the platform is designed to capture associated carbon dioxide from the gas field. After purification and pressurization, the CO₂ is injected back into subsurface formations to boost natural gas recovery and enable geological CO₂ storage. Once operational, the project will sequester over one million tons of carbon dioxide annually, serving as a key demonstration for deep decarbonization in the marine energy sector.

On October 12, the new central platform of China’s first offshore carbon injection and gas enhancement demonstration project at the Dongfang 1-1 Gas Field underwent commissioning in COOEC ’s high-end equipment base in Qingdao. Weighing nearly 17,000 tons, the platform is designed to capture associated carbon dioxide from the gas field. After purification and pressurization, the CO₂ is injected back into subsurface formations to boost natural gas recovery and enable geological CO₂ storage. Once operational, the project will sequester over one million tons of carbon dioxide annually, serving as a key demonstration for deep decarbonization in the marine energy sector.

On October 12, the new central platform of China’s first offshore carbon injection and gas enhancement demonstration project at the Dongfang 1-1 Gas Field underwent commissioning in COOEC ’s high-end equipment base in Qingdao. Weighing nearly 17,000 tons, the platform is designed to capture associated carbon dioxide from the gas field. After purification and pressurization, the CO₂ is injected back into subsurface formations to boost natural gas recovery and enable geological CO₂ storage. Once operational, the project will sequester over one million tons of carbon dioxide annually, serving as a key demonstration for deep decarbonization in the marine energy sector.

On October 12, the new central platform of China’s first offshore carbon injection and gas enhancement demonstration project at the Dongfang 1-1 Gas Field underwent commissioning in COOEC ’s high-end equipment base in Qingdao. Weighing nearly 17,000 tons, the platform is designed to capture associated carbon dioxide from the gas field. After purification and pressurization, the CO₂ is injected back into subsurface formations to boost natural gas recovery and enable geological CO₂ storage. Once operational, the project will sequester over one million tons of carbon dioxide annually, serving as a key demonstration for deep decarbonization in the marine energy sector.