Portfolio Category: Chemistry Materials & Nanotechnology

Clarion offers a completely new approach for the removal of pollutants (such as NOx, SOx and Hg) from flue gas. This eco-friendly technology, unlike most of the existing technologies, is based on utilizing ionic liquids for innovative absorption and separation processes applicable for various industrial processes.

The Catalife material, composed of bismuth oxyhalides, highly stable semiconductors, exhibits remarkable photocatalytic activities (Photocatalysis is the acceleration of a chemical reaction by light energy, without consuming the photocatalyst). The result is indoor air that is clean and pure in home, offices, vehicles, hospitals, planes, trains, buses, and more.

SolCold’s active-cooling technology significantly reduces the strain on electricity grids. It decreases  the amount of energy used by up to 60% when compared to traditional air-conditioning. SolCold’s cooling effect is achieved by applying the patented coating to the surface of an object and having sunlight hit the layer, which triggers a reaction that converts heat into radiation in a process called “anti-Stokes fluorescence.”

CelluFlux develops catalytic processes to transform renewable carbohydrates into useful chemical products that can find use in a wide range of application.

Daika has developed a process for creating a new material made from wasted wood and other natural materials. Its process enables wood materials to be extruded, molded, or printed, opening up new opportunities and applications for shaping and processing wood. The company demonstrated an initial proof of concept in industrial manufacturing processes. The resulting products retained the unique characteristics of wood, such as its warmth, feel, and acoustics, as well as the ability to be processed like regular wood.