ECO-ACTIVE PHOTOCATALYTIC SYSTEMS
Our origins The Eco-Active Photocatalytic Systems are innovative products obtained through the last developments in Nanotechnology. We have many international patents, as well as certifications from the main international scientific institutes. Our Products Our coatings are non toxic, waterborne or based on cement, with exceptional features when compared with equivalent traditional surface treatments. Our Technology main advantages are:
Destruction and elimination of air pollutants, either inside and outside the buildings
Elimination of odours
Maintenance Cost reduction, through the destruction of dirt
Inhibition of growth of Fungi and Bacteria
How it works
This is a process fully analogous to the solar cells (photovoltaic panels). The Photocatalytic materials are also charged by the light energy, and once charged, they use the energy to destroy any chemical compound that reaches close to the active surface, transforming it into harmless substances, as chalk, calcite or calcium nitrate. It results in a cleaner and healthier air, as well as in surfaces eliminating dirt before it accumulates on them. The different active components are designed to use as much as possible from the light received, so to accelerate the pollutants destruction. Mainly, the pollutants created by cars, trucks and industries. Also, a big part of the pollutants present in our homes, coming from the use of synthetic materials, paints, varnishes and lacquers, and also those created by our daily activity –kitchen, heating, tobacco, and so… They also destroy the compounds that are deposited on the surfaces, fouling and feeding microbial, bacteria, moulds and yeasts. Some of our results
-- Up to 98 % pollutants reduction in official laboratory tests.
-- Up to 75 % reduction in indoor pollutants, in field tests measures.
-- Up to 75 % reduction in pollutants in urban streets
-- Up to 90 % growth inhibition of bacteria, microbial, fungi, algae and moulds
-- Up to 85 % reduction of odours caused by organic compounds
