MOF4AIR

The MOF4AIR project is developing new carbon capture technologies based on metal-organic frameworks (MOFs). MOFs are porous materials with a high capacity for CO2 capture. The MOF4AIR project is developing MOFs that are also selective for CO2 over other gases, chemically stable under operating conditions, and low in cost. The project is also developing and optimizing CO2 adsorption processes for MOF-based carbon capture. The overall goal of the MOF4AIR project is to demonstrate that MOF-based carbon capture technologies can be used to capture CO2 from power plants and energy-intensive industries in a cost-effective and efficient manner. The successful development and demonstration of MOF-based carbon capture technologies could have a significant impact on the global fight against climate change.

Link of the project

Applications & Markets

Remediation MOF4AIR

Remediation

MOF4AIR contributes to environmental remediation by developing advanced MOF-based solutions for capturing harmful gases, helping to reduce industrial emissions and mitigate climate change impact.

Learn more
MOFs MOF4AIR

MOFs

This project advances the development and application of Metal-Organic Frameworks (MOFs), leveraging their unique properties to enhance gas adsorption and separation in industrial processes.

Learn more

Task Repartition

Effort for SiKEMIA concerning the different tasks of the project.

Partners

Collaborative projects

Involved for more than ten years in various projects as a partner or leader of WP, SiKEMIA proposes you to collaborate through ANR, European or Eureka projects. Our know-how allows us to propose you.

Become Partner