TECHNOLOGY
TECHNOLOGY
01. tECHNOLOGY
Our technology captures CO₂ from ambient air using the low-grade waste heat already generated by industrial sites.
The captured CO₂ can then be reused in water operations or converted into e-fuels.
Our technology captures CO₂ from ambient air using the low-grade waste heat already generated by industrial sites.
The captured CO₂ can then be reused in water operations or converted into e-fuels.
02. PILOT
We demonstrated our technology with the pilot of our second product generation, "NeoDuo", in a real industrial environment at Kurita Water.
This validated our approach, proving waste heat integration and showing that our system can be deployed and scaled under real-world operating conditions.
We demonstrated our technology with the pilot of our second product generation, "NeoDuo", in a real industrial environment at Kurita Water.
This validated our approach, proving waste heat integration and showing that our system can be deployed and scaled under real-world operating conditions.
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Operating hours
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Operating hours
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Capture capacity
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Capture capacity
0.0%
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CO₂ purity
0.0%
0.0%
CO₂ purity
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TRL
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TRL
“The partner doesn’t need to rebuild all the infrastructure.”
“The partner doesn’t need to rebuild all the infrastructure.”
Dr. Carsten Stobbe,
Innovation Project Manager, Kurita Water
Dr. Carsten Stobbe,
Innovation Project Manager, Kurita Water
03. INTEGRATIOn
1. Build for waste heat integration
Runs on low-grade waste heat already on site, lowering energy demand and unlocking extra cooling value.
2. Plug & Play installation
3. Modular and scalable
4. Patented technology
1. Build for waste heat integration
Runs on low-grade waste heat already on site, lowering energy demand and unlocking extra cooling value.
2. Plug & Play installation
3. Modular and scalable
4. Patented technology