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Fuel emissions: for heat and steam production

InAtmos carbon capture solutions for gas boilers and furnaces

Heat and steam

InAtmos cryogenic solution is a viable solution for reducing CO2 emissions from gas boilers and furnaces. By capturing emissions directly from these sources, our technology provides an effective and cost-efficient short to medium-term mitigative solution for reducing CO2.

InAtmos cryogenic solution is a viable solution for reducing CO2 emissions from gas boilers and furnaces. By capturing emissions directly from these sources, our technology provides an effective and cost-efficient short to medium-term mitigative solution for reducing CO2.

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Industries

Cryogenic solution

InAtmos cryogenic solution is a viable solution for reducing CO2 emissions from gas boilers and furnaces. By capturing emissions directly from these sources, our technology provides an effective and cost-efficient short to medium-term mitigative solution for reducing CO2.

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Gas-fired boilers and Gas process furances play an important role across various GHG-emitting industries, however, they contribute significantly to carbon dioxide (CO2) and other GHG emissions. CO2 emissions are released during the combustion of natural gas to produce heat. This process inherently generates CO2, as the carbon in natural gas (methane, CH4) combines with oxygen (O2) from the air to produce CO2 and water (H2O). The amount of CO2 produced depends on the carbon content of the gas being burned.

Industries that utilise Gas-fired boilers and or gas process furnaces during production.
The following Industries utilise gas-fired boilers and or gas process furnaces during their respective production processes:
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.
Organic Chemicals:
For heating processes and reactions where steam is needed.

Turning emissions into opportunities

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Frequently Asked Questions

Your questions answered, everything you need to know
What is carbon capture?
Carbon capture involves trapping CO2 from industrial emissions before it enters the atmosphere, reducing greenhouse gas pollution.
How does CryoCapture work?
CryoCapture captures CO2, O2, and N2 from flue gases, turning them into useful products while lowering carbon capture costs.
Why should I invest in carbon capture?
Carbon capture reduces carbon taxes, enhances sustainability, and can boost stock prices by making industries more environmentally responsible.
Which industries benefit the most?
Heavy emitters like steel production and energy sectors benefit by significantly reducing emissions and avoiding rising carbon taxes.
What makes CryoCapture better?
CryoCapture splits energy costs over three products, making it more cost-effective than other energy-intensive methods.
What is the impact of CryoCapture?
Capturing 96% of flue gases, CryoCapture can make industrial operations more sustainable, potentially saving millions annually in carbon-related costs.