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Cryo Technology

We capture Greenhouse gas emissions and turn them into valuable products

Point-of-source Carbon Capture

InAtmos is a carbon capture technology provider that captures the flue gases and turns it into valuable products by means of cryogenic installation. Our machine captures CO2 from flue gases using cryogenic cooling to separate and transform gaseous CO2 molecules to liquid with 99.99% purity.

Technology

Cryogenic Capture

We chose the coolest way to capture carbon dioxide: cryogenic cooling - a method that leverages the unique physical property of carbon dioxide. Unlike water, which transitions from gas to liquid before freezing, CO2 undergoes sublimation, directly transitioning from gas to solid when cooled.

This process allows us to efficiently extract CO2 from flue gas mixtures before they are emitted into the atmosphere. While cryogenic cooling is energy-intensive, our patented technology significantly optimizes this process, reducing energy consumption and enhancing overall efficiency.

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Technology
Process
01. Prepping
When produced, flue gas is hot and contaminated. The initial phase involves conditioning the flue gas, utilizing conventional methods such as cooling water to eliminate major pollutants and achieve the optimal starting temperature for the cryogenic process. This preparatory step ensures the machinery operates at peak efficiency.
02. Cooling
The flue gas mixture is pushed to cryogenic temperatures using cooling fluids and increased pressure, prompting phase changes in the gas mixture based on the unique properties of each gas. CO2, with its distinct freezing point, solidifies first. Our patented system efficiently isolates CO2 while allowing other gases to pass through unimpede.
03. Melting
When a cryogenic tank is full of frozen CO2, the incoming flue gas is redirected to another tank, allowing for constant carbon capture. This batch-operating system is a unique aspect of InAtmos' CO2 removal process. By applying specific pressure and temperature, CO2 turns into liquid.
04. Shipping
The CO2 leaves the machine in a liquid state, ready for efficient transport. This method enables delivery from factories without nearby gas pipelines, while conserving energy and additional costs for compression.

Carbon Capture

InAtmos is a carbon capture technology provider that captures the flue gases and turns it into valuable products by means of cryogenic installation. Our machine captures CO2 from flue gases using cryogenic cooling to separate and transform gaseous CO2 molecules to liquid with 99.99% purity.

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N2 and O2 Capture

For technology efficiency gains, we optionally capture N2 and O2 gases, post-CO2 capture, by leveraging air separation and cryogenic technologies to effectively isolate N and O2 gases in flue gases. Based on the consumers needs, these products are additionally capture and serve as important resources in manufacturing processes.

Feasibility study

Leverage our specialized knowledge to assess the potential of carbon capture technologies within your operations. We provide in-depth feasibility studies, customized to meet your specific requirements, comparing our cryogenic solutions alongside other viable methods.

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Technology

System that integrates, captures and regenerates cryogenic flue gases

World class development and built for performance, will deliver to the highest standard, every time.
Carbon Capture
Carbon Capture
InAtmos is a carbon capture technology provider that captures the flue gases and turns it into valuable products by means of cryogenic installation.
N2 and O2 Capture
N2 and O2 Capture
We optionally capture N2 and O2 gases, post-CO2 capture, by leveraging air separation and cryogenic technologies to effectively isolate N and O2 gases in flue gases.
Feasibility study
Feasibility study
Leverage our specialized knowledge to assess the potential of carbon capture technologies within your operations.

Turning emissions into opportunities

Collaborate with us to uncover the opportunities carbon capture offers, guiding you to make well-informed choices for a sustainable future.