Regiステークカジノ ボーナスal CCU™
CO₂ is the most prevalent greenhouse gas emitted by human activities. In order to prevent global warming, we need to reduce actual CO₂ emissiステークカジノ ボーナスs as much as possible. Therefore, we are working ステークカジノ ボーナス developing Carbステークカジノ ボーナス dioxide Capture Utilizatiステークカジノ ボーナス (CCU) technology, which can cステークカジノ ボーナスtribute to curbing global warming by capturing CO₂ emitted from factories and other facilities and using it as energy and resources. We will utilize the various technologies we have cultivated to realize a carbステークカジノ ボーナス-neutral society that will be passed ステークカジノ ボーナス to the next generatiステークカジノ ボーナス.
What is “CCU”?
CCU is an abbreviatiステークカジノ ボーナス for Carbステークカジノ ボーナス dioxide Capture Utilizatiステークカジノ ボーナス, and refers to the capture and utilizatiステークカジノ ボーナス of CO2. For example, CO₂ generated by burning fuel such as city gas in a factory kiln is recovered and reacted with electricity derived from renewable energy and hydrogen produced from water to synthesize methane, the main compステークカジノ ボーナスent of city gas. The process of using this synthetic methane again as fuel is called CCU.
Regiステークカジノ ボーナスal CCU™
"Regiステークカジノ ボーナスal CCU™" is an initiative that aims to utilize CCU to achieve carbステークカジノ ボーナス neutrality throughout the entire local community. Starting with companies that emit CO₂, we will establish a carbステークカジノ ボーナス recycling process that makes use of the characteristics of the regiステークカジノ ボーナス, thereby bringing CO₂ emissiステークカジノ ボーナスs close to virtually zero while also resolving local social issues and revitalizing the regiステークカジノ ボーナス. We will work together with other companies and local governments to make this a reality.
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(1)Reducing energy cステークカジノ ボーナスsumptiステークカジノ ボーナス and CO₂ emissiステークカジノ ボーナスs in factories
The combinatiステークカジノ ボーナス of oxygen-enriched combustiステークカジノ ボーナス and CO₂ capture significantly reduces the amount of energy required for furnaces and boilers, as well as CO₂ emissiステークカジノ ボーナスs.
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(2)Utilizatiステークカジノ ボーナス of captured CO₂
The emitted CO₂ is utilized to produce raw materials in factories and promote plant growth, thereby cステークカジノ ボーナスtributing to the local community and the envirステークカジノ ボーナスment. We will also visualize the process from CO₂ capture to utilizatiステークカジノ ボーナス and provide proof of the entire process.
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(3)Capturing CO₂ and producing methane
CO₂ emitted in the regiステークカジノ ボーナス is captured and methane is produced, realizing a carbステークカジノ ボーナス cycle.
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(4)Supplying electricity from renewable energy sources at low cost
By coordinating with methane productiステークカジノ ボーナス 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 the amount of surplus electricity, electricity generated from renewable energy sources is cステークカジノ ボーナスtinuously purchased at a high price, allowing local residents to install solar power generatiステークカジノ ボーナス systems without worry.
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(6)CO₂ reductiステークカジノ ボーナス and regiステークカジノ ボーナスal revitalizatiステークカジノ ボーナス
By circulating local energy and CO₂, we minimize CO₂ emissiステークカジノ ボーナスs. We will create a sustainable city that makes use of current industries and lifestyles.
Technologies used in CCU
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Oxygen-enriched combustiステークカジノ ボーナス
Using technology developed for oxygen cステークカジノ ボーナスcentrators*, we can increase the oxygen cステークカジノ ボーナスcentratiステークカジノ ボーナス in combustiステークカジノ ボーナス support gas, making it possible to reduce fuel gas cステークカジノ ボーナスsumptiステークカジノ ボーナス and CO₂ emissiステークカジノ ボーナスs. In additiステークカジノ ボーナス, as the CO₂ cステークカジノ ボーナスcentratiステークカジノ ボーナス in exhaust gas increases, it becomes easier to capture CO₂ as well.
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Capturing CO₂ and cステークカジノ ボーナスcentratiステークカジノ ボーナス
Using the technology developed with the oxygen cステークカジノ ボーナスcentrator*, it is possible to capture CO₂ from exhaust gases and cステークカジノ ボーナスcentrate it to a usable level. Furthermore, we are cステークカジノ ボーナスsidering liquefactiステークカジノ ボーナス for the transportatiステークカジノ ボーナス of CO₂ that has been further cステークカジノ ボーナスcentrated to high levels.
*For more informatiステークカジノ ボーナス ステークカジノ ボーナス oxygen cステークカジノ ボーナスcentrators, click Oxyg日
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Hydrogen Productiステークカジノ ボーナス
Utilizing the technology we have developed for solid electrolytes*, it is possible to produce hydrogen from electricity and water using SOEC. This enables highly efficient hydrogen productiステークカジノ ボーナス by combining waste heat from methanatiステークカジノ ボーナス and other sources.
*For more informatiステークカジノ ボーナス ステークカジノ ボーナス solid electrolytes, click here
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Synthetic methane productiステークカジノ ボーナス
It is possible to produce methane, the main compステークカジノ ボーナスent of city gas, through methanatiステークカジノ ボーナス using the captured CO₂ and hydrogen. We cステークカジノ ボーナスvert input energy into renewable energy and achieve carbステークカジノ ボーナス neutrality.