What is the biggest feature of JCCL's CO2 recovery technology?

It can recover CO2 at low temperature (50-60°C) and low cost from small-scale distributed emission sources such as home water heaters, rather than large-scale plants.

What happens to the recovered CO2?

It is used as a circulating resource, not waste, for applications such as dry ice, agriculture, and energy resources.

What achievements have been made so far?

We have successfully recovered CO2 with over 99% concentration from household gas water heaters for the first time in the world and have completed the development of a compact device.

AI News NQ Analysis

Creating a Future Where CO2 Can Be Captured at Low Cost from Any Stage, from Homes to Industry - JCCL's Dream

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AI Summary (NQ-processed)

Kyushu University startup JCCL announced its vision to build decentralized CO2 capture infrastructure, succeeding in the world's first capture from home water heaters.

AI Analysis

Frequently Asked Questions

Q: What is the biggest feature of JCCL's CO2 recovery technology?: A: It can recover CO2 at low temperature (50-60°C) and low cost from small-scale distributed emission sources such as home water heaters, rather than large-scale plants.
Q: What happens to the recovered CO2?: A: It is used as a circulating resource, not waste, for applications such as dry ice, agriculture, and energy resources.
Q: What achievements have been made so far?: A: We have successfully recovered CO2 with over 99% concentration from household gas water heaters for the first time in the world and have completed the development of a compact device.