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Self-cleaning Nanotechnology Solution For Today’s Pollution
SolarStucco self-cleaning technology protects building’s exterior; once coated, buildings new (or restored) remain clean for many years. SolarStucco coatings are water based, very easy to apply and easily integrated into any manufacturing process.
By: Miroslaw Chrzaniecki
SolarStucco self-cleaning coating technology utilizes natural photocatalyst and nanotechnology. At the presence of light, the photocatalyst will decompose the organic pollutants. Without the adhesion of organic pollutant, the inorganic pollutants left on the surface can be easily swept away by rain. It is effective against organic-based dirt, mould, fungus, moss and protects substrate against UV discoloration. In practice, surface cleaning of building materials like stucco, tiles, facades, aluminum or plastic panels, concrete and glass panes causes considerable trouble, high consumption of energy and chemical detergents and, consequently, high costs. SolarStucco self-cleaning technology protects the building’s exterior; once coated, buildings new (or restored) remain clean for many years. As an additional benefit, less water and chemicals are used, less impact on the environment is achieved and building maintenance costs are reduced.
Green Earth Nano Science Inc. is marketing its SolarStucco coatings to the exterior building materials manufacturing sector and exterior building services sector. New building materials improved by advanced surface nanotechnology are already available on the market; one example is self-cleaning glass which is manufactured by several major companies. Green Earth Nano Science Inc. is developing self-cleaning building materials in conjunction with various major manufacturers including several Fortune 500 companies. SolarStucco coatings are water based, very easy to apply and are easily integrated into any manufacturing process.
“Our company has tested many materials provided by major manufacturers. SolarStucco’
SolarStucco coatings are designed for exterior applications. For indoor applications, the company supplies hygienic coatings marketed under the brand GENS NANOTM. The company has developed a complete range of environmental services available to license to regional applicators, contractors, entrepreneurs and distributors. Hygienic coatings and other environmental solutions are used by the company to improve indoor environments and to protect against Sick Building Syndrome and surface bio-contamination.
For more information, visit the company’s website at http://www.greenearthnanoscience.com or http://www.gensnano.com
(*) Photo-Catalysis is defined as "acceleration by the presence of a catalyst". A catalyst does not change in itself and is not consumed in the chemical reaction. This definition includes photosensitization - a process by which a photochemical alteration occurs in one molecular entity as a result of initial absorption of radiation by another molecular entity called the photosensitized. Chlorophyll in plants is a type of photocatalyst called photosynthesis. Photocatalysis occurs when chlorophyll captures sunlight to turn water and carbon dioxide into oxygen and glucose. Photocatalysis is the creation of a strong oxidation agent to breakdown any organic matter into carbon dioxide and water in the presence of the photocatalyst, light and water.
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Green Earth Nano Science, Inc. is the most diversified photocatalyst technology manufacturer and supplier in North America.