What is the next-generation gas fuel that Osaka Gas is focusing on for decarbonization?

Osaka Gas is focusing on e-methane as the optimal solution for decarbonizing heat demand.

Why is electrifying all industrial heat demand in Japan considered not practical?

It is highly inefficient due to significant energy conversion losses and is not cost-effective.

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

Although it emits carbon dioxide during combustion, the same amount is captured during production.

The demonstration project for e-methane is underway in Nagaoka City, Niigata Prefecture.

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Q: What is the next-generation gas fuel that Osaka Gas is focusing on for decarbonization?: A: Osaka Gas is focusing on e-methane as the optimal solution for decarbonizing heat demand.
Q: Why is electrifying all industrial heat demand in Japan considered not practical?: A: It is highly inefficient due to significant energy conversion losses and is not cost-effective.
Q: What are the raw materials used to produce the next-generation fuel e-methane?: A: The raw material for e-methane is carbon dioxide reused from the air or industrial emissions.
Q: How does e-methane achieve a carbon-neutral or zero-sum system during its lifecycle?: A: Although it emits carbon dioxide during combustion, the same amount is captured during production.
Q: Where is the world-class e-methane demonstration project currently being conducted?: A: The demonstration project for e-methane is underway in Nagaoka City, Niigata Prefecture.