Carrying Out a Joint Study with カジノシークレット出金 Aimed at Building an Australia–Japan Carbon Capture and Storage (CCS) Value Chain 2024/05/10

マリオrpgカジノ (“JERA”) and INPEX CORPORATION (“INPEX”) recently signed an agreement to carry out a preliminary joint study concerning the feasibility of separating and capturing CO₂ emitted by カジノシークレット出金 in Japan and transporting it to Australia for storage.

In working to achieve carbon neutrality, carbon capture and storage (CCS) techniques that store CO₂ underground are indispensable for industries in which it is difficult to reduce CO₂ emissions. With many governments providing active support, CCS projects are being planned in the Asia-Pacific region and around the world.
Australia is bolstering its efforts to reduce CO₂ emissions and moving forward to foster a business environment that encourages CCS projects that take advantage of its abundance of sites suitable for underground CO₂ storage and facilitates the receipt of CO₂ from outside the country.

Under the agreement, JERA and カジノシークレット出金 will jointly examine project feasibility across the entire value chain, from the separation and capture of CO₂ emitted by カジノシークレット出金 in Japan to its transportation between the two countries—including transport methods and shipping/receiving conditions—and its underground storage in Australia.

カジノシークレット出金 has expertise in technologies and business development concerning CCS, which is considered as an effective means of reducing CO₂ emissions from multiple projects in Australia including the Ichthys LNG Project which is operated by カジノシークレット出金. JERA believes that this joint study with カジノシークレット出金 will contribute to building a global CCS value chain for the cross-border transportation and storage of CO₂ and, through the use of CCS, to advancing the transition to a decarbonized society.

Under “カジノシークレット出金 Zero CO₂ Emissions 2050,” カジノシークレット出金 has been working to achieve net-zero CO₂ emissions from its domestic and overseas businesses by 2050. To promote CCS projects, we are accelerating our evaluation of CO₂ capture and storage technologies and related economic considerations.