Who appeared on PIVOT's business video media program to explain e-methane?

Osaka Gas Co., Ltd. appeared on PIVOT's popular program to explain next-generation fuel e-methane.

Why is it difficult to solve Japan's decarbonization with electrification alone?

About 70% of Japan's energy demand is heat demand for industrial boilers, and electrifying all of it is highly inefficient and costly.

The raw material for e-methane is carbon dioxide reused from either the air or industrial emissions.

While it emits carbon dioxide during combustion, the same amount of CO2 is captured during its production process.

Imported LNG tankers, underground gas pipes, household stoves, and water heaters can utilize e-methane.

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Q: Who appeared on PIVOT's business video media program to explain e-methane?: A: Osaka Gas Co., Ltd. appeared on PIVOT's popular program to explain next-generation fuel e-methane.
Q: Why is it difficult to solve Japan's decarbonization with electrification alone?: A: About 70% of Japan's energy demand is heat demand for industrial boilers, and electrifying all of it is highly inefficient and costly.
Q: What is the main source of raw materials used to produce e-methane?: A: The raw material for e-methane is carbon dioxide reused from either the air or industrial emissions.
Q: Why is e-methane considered a carbon-neutral next-generation fuel?: A: While it emits carbon dioxide during combustion, the same amount of CO2 is captured during its production process.
Q: What existing gas infrastructure assets can utilize e-methane without modifications?: A: Imported LNG tankers, underground gas pipes, household stoves, and water heaters can utilize e-methane.