Sorbents for air quality
SquairTech develops cutting-edge materials, named metal-organic framework, to solve indoor air quality issues. These magical structured hybrid materials can efficiently capture harmful gaseous pollutants with a lifespan of several years. Our team comes from top chemistry labs and our products are the results of years of research. We provide solutions to air pollution problems that are not well-addressed by current technologies.
OUR CATALOG
ST-NOx
ST-NOx can degrade nitrogen oxides (NO and NO2) at room temperature. These toxic gases are captured and transformed by the material to a harmless gas and water vapor. Based on a patented technology, ST-NOx is the only reported technology that can treat nitrogen oxides at room temperature.
ST-HCHO
Our material ST-HCHO can efficiently capture formaldehyde, one of the main indoor pollutant. Based on a patented technology, ST-HCHO offers a large storage capacity, high selectivity for formaldehyde to avoid the fast saturation of the material.
Flexible shaping, from powder to spheres and more
INTRODUCTION TO MOF
Metal-Organic Framework (MOF) are porous hybrid materials made of metal cation or oxocluster
connected by organic linkers. Since their discovery, in the early 90's, MOF have met growing
success for various fields of application, from gas separation to biomedical.
The large diversity of MOFs offer unlimited opportunities.
Among the wide number of existing MOF, some of them exhibit outstanding air
purification performances. The air pollutants are trapped and retained in the MOF porosity
without any release.
OUR TEAM & LAB PARTNERSHIP
Our team of 8 comes from various backgrounds, gathered by the will to develop efficient air
purification solutions.
Meet the founders of SquairTech:
Located at Ecole Normale Supérieure and Ecole Supérieure de Physique et de Chimie Industrielles in Paris, IMAP is specialized in the synthesis, scale-up, shaping and characterizations of MOFs.
The Laboratoire Catalyse et Spectrochimie, based in Caen, is specialized in catalysis and spectroscopy.
