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Driving Affordable Decarbonization for a Sustainable Planet

Our proprietary metal-organic frameworks (MOFs) technology captures CO2 from gas streams at a cost that is less than one-sixth of conventional solutions.
Explore Our Technology

The Technology

Our innovative, industry-agnositc carbon capture solution delivers exceptional performance and cost-efficiency.

Acknowledged by independent experts as the “best-performing and most cost-effective” technology for carbon capture, we are setting new standards in sustainable innovation.

Key Benefits

Environmental Impact
Our MOF-based carbon capture technology efficiently captures CO2 emissions at the source, making significant strides toward sustainability goals. By ensuring full compliance with stringent environmental regulations, our systems help industries achieve their net-zero targets with ease.
Cost Efficiency
By capturing CO2 at a fraction of the cost of traditional carbon capture methods, we deliver significant cost savings validated by independent experts.
High Performance
Our MOFs are engineered for peak performance, providing exceptional adsorption capacities, stability, CO2 selectivity, and minimal energy requirements, resulting in superior efficiency in capturing CO2 from gas streams.
Scalability
With ultra-low production costs for our MOFs and a modular system design, our technology enables seamless scalability, allowing for both small-scale deployments and large industrial integrations without requiring significant modifications to existing infrastructure.

Market Applications

Our carbon capture solution delivers unmatched performance and cost savings, and is adaptable to any industry.

Coal-Fired Power Plants

Natural Gas Power Plants

Cement Manufacturing

Steel Production

Oil Refining

Natural Gas Purification

Chemical Manufacturing

Pulp and Paper Mills

Glass Manufacturing

Aluminum Production

Coke Production

Waste-to-Energy Plants

Maritime Shipping

Locomotive Operations

District Heating Systems

Food and Beverage Processing

Our Team

Company Founders

Chisom Emegoakor

Chisom Emegoakor

Founder, CEO and CTO

Chisom Emegoakor is the Founder of Earthics, with over 16 years of experience in climate technology and sustainable innovation. A recognized leader in the development of advanced emissions reduction solutions, Chisom has successfully spearheaded numerous projects from inception to completion, delivering impactful results that have influenced emissions regulations. He has also built strategic partnerships with key industry leaders and research institutions, driving forward sustainable initiatives across sectors.

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Dr. Christian Serre

Dr. Christian Serre

Material Specialist

Research Director, Centre National de la Recherche Scientifique (CNRS)

Christian Serre is a CNRS research director who began his career in 2001 at the Lavoisier Institute in Versailles, France, where he was one of the principal discoverers of the well-known MIL-n series of robust metal-organic frameworks (MOFs). In 2016, he moved to the École Normale Supérieure and ESPCI Paris, within PSL University, where he focuses on designing new functional porous materials, including MOFs and related composites, for applications in health, the environment, and energy.

To date, he has published over 450 articles and holds 38 patent families. He has received numerous awards and is a member of the French Academy of Sciences.

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Dr. Georges Mouchaham

Dr. Georges Mouchaham

Material Specialist

Research Scientist, Centre National de la Recherche Scientifique (CNRS)

G. M. is a research scientist at CNRS, working within the IMAP laboratory. His research centers on the design, synthesis, and study of robust metal-organic frameworks (MOFs) and related composites. He focuses on utilizing these materials as versatile platforms for environmental and energy applications, including CO₂ capture and photocatalytic hydrogen production.

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