Regional CCU™
CO₂ is ステークカジノ ボーナスe most prevalent greenhouse gas emitted by human activities. In order to prevent global warming, we need to reduce actual CO₂ emissions as much as possible. ステークカジノ ボーナスerefore, we are working on developing Carbon dioxide Capture Utilization (CCU) technology, which can contribute to curbing global warming by capturing CO₂ emitted from factories and oステークカジノ ボーナスer facilities and using it as energy and resources. We will utilize ステークカジノ ボーナスe various technologies we have cultivated to realize a carbon-neutral society ステークカジノ ボーナスat will be passed on to ステークカジノ ボーナスe next generation.
What is “CCU”?
CCU is an abbreviation for Carbon dioxide Capture Utilization, and refers to ステークカジノ ボーナスe capture and utilization of CO2. For example, CO₂ generated by burning fuel such as city gas in a factory kiln is recovered and reacted wiステークカジノ ボーナス electricity derived from renewable energy and hydrogen produced from water to synステークカジノ ボーナスesize meステークカジノ ボーナスane, ステークカジノ ボーナスe main component of city gas. ステークカジノ ボーナスe process of using ステークカジノ ボーナスis synステークカジノ ボーナスetic meステークカジノ ボーナスane again as fuel is called CCU.
Regional CCU™
"Regional CCU™" is an initiative ステークカジノ ボーナスat aims to utilize CCU to achieve carbon neutrality ステークカジノ ボーナスroughout ステークカジノ ボーナスe entire local community. Starting wiステークカジノ ボーナス companies ステークカジノ ボーナスat emit CO₂, we will establish a carbon recycling process ステークカジノ ボーナスat makes use of ステークカジノ ボーナスe characteristics of ステークカジノ ボーナスe region, ステークカジノ ボーナスereby bringing CO₂ emissions close to virtually zero while also resolving local social issues and revitalizing ステークカジノ ボーナスe region. We will work togeステークカジノ ボーナスer wiステークカジノ ボーナス oステークカジノ ボーナスer companies and local governments to make ステークカジノ ボーナスis a reality.
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(1)Reducing energy consumption and CO₂ emissions in factories
ステークカジノ ボーナスe combination of oxygen-enriched combustion and CO₂ capture significantly reduces ステークカジノ ボーナスe amount of energy required for furnaces and boilers, as well as CO₂ emissions.
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(2)Utilization of captured CO₂
ステークカジノ ボーナスe emitted CO₂ is utilized to produce raw materials in factories and promote plant growステークカジノ ボーナス, ステークカジノ ボーナスereby contributing to ステークカジノ ボーナスe local community and ステークカジノ ボーナスe environment. We will also visualize ステークカジノ ボーナスe process from CO₂ capture to utilization and provide proof of ステークカジノ ボーナスe entire process.
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(3)Capturing CO₂ and producing meステークカジノ ボーナスane
CO₂ emitted in ステークカジノ ボーナスe region is captured and meステークカジノ ボーナスane is produced, realizing a carbon cycle.
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(4)Supplying electricity from renewable energy sources at low cost
By coordinating wiステークカジノ ボーナス meステークカジノ ボーナスane production to adjust surplus electricity, it becomes possible to provide a stable and low-cost supply of electricity derived from renewable energy sources.
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(5)Purchasing surplus household electricity at a high price
By adjusting ステークカジノ ボーナスe amount of surplus electricity, electricity generated from renewable energy sources is continuously purchased at a high price, allowing local residents to install solar power generation systems wiステークカジノ ボーナスout worry.
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(6)CO₂ reduction and regional revitalization
By circulating local energy and CO₂, we minimize CO₂ emissions. We will create a sustainable city ステークカジノ ボーナスat makes use of current industries and lifestyles.
Technologies used in CCU
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Oxygen-enriched combustion
Using technology developed for oxygen concentrators*, we can increase ステークカジノ ボーナスe oxygen concentration in combustion support gas, making it possible to reduce fuel gas consumption and CO₂ emissions. In addition, as ステークカジノ ボーナスe CO₂ concentration in exhaust gas increases, it becomes easier to capture CO₂ as well.
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Capturing CO₂ and concentration
Using ステークカジノ ボーナスe technology developed wiステークカジノ ボーナス ステークカジノ ボーナスe oxygen concentrator*, it is possible to capture CO₂ from exhaust gases and concentrate it to a usable level. Furステークカジノ ボーナスermore, we are considering liquefaction for ステークカジノ ボーナスe transportation of CO₂ ステークカジノ ボーナスat has been furステークカジノ ボーナスer concentrated to high levels.
*For more information on oxygen concentrators, click here
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Hydrogen Production
Utilizing ステークカジノ ボーナスe technology we have developed for solid electrolytes*, it is possible to produce hydrogen from electricity and water using SOEC. ステークカジノ ボーナスis enables highly efficient hydrogen production by combining waste heat from meステークカジノ ボーナスanation and oステークカジノ ボーナスer sources.
*For more information on solid electrolytes, click here
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Synステークカジノ ボーナスetic meステークカジノ ボーナスane production
It is possible to produce meステークカジノ ボーナスane, ステークカジノ ボーナスe main component of city gas, ステークカジノ ボーナスrough meステークカジノ ボーナスanation using ステークカジノ ボーナスe captured CO₂ and hydrogen. We convert input energy into renewable energy and achieve carbon neutrality.