
They are developed through proprietary, green synthesis processes built on years of scientific research. This approach enables the creation of high-quality materials with carefully controlled properties, combining performance, reliability, and sustainability.

Humidity plays a critical role in human health and in some industrial processes, yet its control comes at a high energy cost.
Air conditioning alone represents about 10% of global electricity consumption, and in industrial processes, up to 40% of energy is spent controlling humidity.
Nitrogen Oxydes (NOx) are highly polluting and toxic gases for humans, whose emissions are regulated. Emitted notably by the transportation and industrial sectors, their filtration at low temperature remains a challenge.


Formaldehyde is a highly toxic and carcinogenic pollutant. It is emitted by construction and furniture materials, adhesives, paint processes, and certain industrial activities. Yet, this highly volatile pollutant is particularly difficult to capture effectively and sustainably with conventional air treatment solutions.
We offer a diverse range of shaping solutions to meet all your requirements. From deposition on various substrates or filtering media to spheres, we can provide you with the most suitable solution to your equipments.
Additionally, we continually explore and develop new shaping methods to address the challenges of tomorrow.

Our materials offer versatile solutions for air quality—from VOC capture, humidity control and more. Thanks to the limitless chemical properties of Metal-Organic Frameworks, we can design optimal solutions for air quality issues, demonstrating high selectivity and efficiency under various conditions. The diversity of these materials enables us to address challenges that current solutions cannot solve.


