Solutions

We capture Greenhouse gas emissions and turn them into valuable products

Integrated Approach

InAtmos's technology embodies an integrated approach to carbon capture by not only capturing CO2 from flue gases but also optionally isolating N2 and O2 gases post-CO2 capture. This integration extends the utility of cryogenic cooling and air separation technologies beyond a singular focus, enabling the transformation of flue gas into multiple valuable products. By tapping into the full range of gases found in flue emissions, InAtmos combines environmental impact with higher operational efficiency.

Utilizing CO2, N2 & O2

After CO2 capture, the pure liquid CO2 is immediately available for a wide range of applications. Whether it's for advancements in fuel and chemical manufacturing, contributing to developing innovative building materials, directly enhancing production yields through, or its use as a solvent and heat transfer agent. This readiness for deployment, on-site or through distribution to various locations, equips your business to engage with and lead in sectors prioritizing technological progress and environmental sustainability.

Solutions

Co-invest

Our approach amplifies the impact of carbon capture investments by offering clear, strategic solutions:

Collaborative funding models and active participation in the Carbon Emission Trading System.

Abstract texture of deep blue glacial ice

We help facilitate the pooling of resources and shared benefits through co-investment strategies between business and with public investments, directly engaging stakeholders that want to collaborate for reducing CO2 emissions in a unified effort.

Together, we can contribute to a broader, sustainable ecosystem and ensure that shared investment yields tangible environmental and economic returns.

Solutions

Products

Other by-products of our capture process, N2 (nitrogen) and O2 (oxygen) extend the scope of operational sustainability and efficiency within your enterprise. These gases, whether utilized within your processes or sold externally, play crucial roles:

N2 is indispensable in creating inert atmospheres for chemical reactions and preservation, while O2 plays a critical role in combustion processes.

By recirculating these gases in your processes, alongside CO2, you utilize compounds vital for many industrial applications and advance towards a self-reliant, eco-friendly production model. This strategy of internal resource management reduces the dependency on external gas supplies, closes the loop on your production cycle, and optimizes resource use.

Such an approach underlines your commitment to minimizing environmental footprints, positioning your operations as leaders in sustainable industrial practices.

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.

Learn More

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.

Learn More

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.

Learn More