Energy & Environment

About Energy & Environment

nnovative and revolutionary patented Photocatalytic self-cleaning nano coating for PV Solar panels improves Energy Yield. Ceramic coatings relying on air-filled microspheres for insulating properties saves energy usage. Next-generation air purification technology, which can purify air pollutions caused by more than 85% harmful gases found in car exhausts NOx, formaldehyde, benzene, VOCs.

Thermal Insulation saves upto 70% of energy loss and protects equipment

nanocare Standard TI

Thermal Isulation Suitable for all surfaces with operating temperatures from -60C to +250 C. Recommended for use on facades, metal surfaces (pipes, roofs, tanks, etc.), concrete, plastic and wood. Anti-condensation effect. Waterproofing properties.

nanocare NF

Non-flammable thermal insulation Combines features of Nano Care Standard and corresponds to non-flammable KM 0 grade of flammability classification for use at facilities requiring NF group materials. Designed for Use on metal, wood, concrete, brick, glass and plastic surfaces. It is applied as a finish layer over Nano Care Standard for fire protection. 1 mm thick layer over the Nano CareStandard coating at outside surface temperature +7С° to +45°С, ambient temperature +7°С to +50°С.

nanocare HT

High-temperature liquid organic silicon-based heat insulation material designed for metal and brick surfaces. Protects against burns upon contact with hot surfaces. Once thermal insulation layer is completely dry the surface can be used in temperatures ranging from -60°С to +450°С.

nanocare FR

Liquid insulation designed to improve fire resistance of metal structures, as well as industrial and public facilities, for a period of 45 to 120 minutes. Fire protection properties of this coating meet requirements of Standards. Used for protection of metal structures as part of complex coating.

For weather resistance, any weather-resistant coating can be used depending on durability and design requirements. With dry layer thickness of 1.7 mm and 1,3, 5 mm, nanocare FP intumescent fire protection coating provides fire resistance of the coating for 60, 90 and 120 minutes respectively (fire rating groups 3 and 4), which is confirmed by fire safety certificates.

Application-ready coating is a polymer film that serves only as fireprotection coating; does not possess anti corrosive properties. Fire protection paint to be applied only to corrosion-protected metal. For corrosion protection, use nanocare Plast (analogue Hempel,Hammerite, Amercoat), nanocare Zinc base coats or an alkyd urethanebase coat.

Neglected for many years, nitrous oxide emissions are now coming under scrutiny by regulators since nitrous oxide is a potent greenhouse gas, some 310 times stronger than carbon dioxide and is implicated in the destruction of the ozone layer and causing climate disaster, e.g. EL Nino,photochemicalhaze weather. For these reasons, the elimination of NOx from automobile exhaust and industrial activities can make an important contribution to the protection of the earth’s climate.

Our nitrous oxide emission treatment provides an effective solution to address this serious issue. Our nano photocatalyst technology now provides a new solution to remove the NOx in the atmosphere economically and environmentally friendly. Due to the nano photocatalytic coating developed, photocatalyst can not only be used to produce catalytic filter for NOx but also to be applied on the road and its auxiliary facilities to react with the NOx in atmosphere 24/7. The photocatalytic reaction can also destroy various VOCs from car exhaust, which might cause the photochemical pollution, the PM2.5 reading will be decreased accordingly.

Our nano-coating will also save a lot for the public maintenance cost of the road and its auxiliary facilities, i.e. sound barrier, crash barrier, because it combines the self-cleaning, anti-mildew features together with the NOx removal function, which makes the NOx removal cost almost come to zero. The maintenance cost decreasing by applying the coating for self-cleaning and anti-mildew purposes might be enough to cover the application cost already, so in fact, the governments don’t pay extra cost for the NOx removal function anymore. These facts make nano photocatalytic coating technology an ideal and almost free solution for the implementation of a carbon trading project under the flexible mechanisms of the Kyoto Protocol.

Objectives:

Features:

Purifying car exhaust by sunlight, no extra pollution
Nano effect and catalytic reaction, durable and impressive effect
Self-cleaning, reduce the cleaning maintenance cost
Decompose the other pollutants in the air such as VOCs, decrease PM2.5
Effective nitrous oxide emission treatment

Benefits:

Producing a high-performance car exhaust treatment device to improve the efficiency
Applied on roads and its auxiliary facilities to destroy the car exhaust pollution and acid rain, meanwhile provide self-cleaning & anti-mildew functions to reduce the overall maintenance cost
Applied in tunnels, purify inside feculent air and keep the tunnels ever-clean
Applied on the buildings to purify its air around, meanwhile provide self-cleaning & anti-mildew function to decreasing the maintenance cost, so every building can contribute to Kyoto protocol not only the industries
Our nitrous oxide emission treatment is based on nanotechnology, which is completely safe and effective.

Next-generation air purification technology, which can purify air pollutions caused by more than 85% harmful gases kinds in our life such as car exhausts NOx, formaldehyde, benzene, VOCs. At the presence of light, photocatalyst produces holes (h+) electron (e-) pairs, which react with organic pollutants and harmful gases molecular. It is a similar reaction to Einstein’s photoelectric effect, just at a higher level.

We are now able to convert complex and toxic organic substances (i.e. formaldehyde) to a simple and safe inorganic substance (i.e. water and carbon dioxide) only with the power of light, which shows up a big picture of the greener future. There is no more pollution in the whole purification process, the pollutant is not just collected or filtered, it is decomposed. The nano photocatalyst reacts as a catalyst in the chemical reaction so that its performance will maintain a long time and it will almost not be consumed. It can be called as an ultimate purification process.

Furthermore, we have developed the innovative VLR (Visible Light Response) photocatalyst modification technology; therefore our VOCs air purification products are suitable for indoor daily life use where UV light irradiation is weak.

Applications

Core reaction parts of air purifier & HVAC (VOCs, PM2.5)
Building exterior surfaces and road facilities (NOx)
Office, houses, automobiles (VOCs)
Smoking area (Smoke smell)
Livestock industry (Ammonia, Stink)
Waste disposal facilities (Stink)
Printing & printing factories (VOCs)
Incinerator (Dioxin)
Hospitals, Schools (VOCs, Airborne virus & bacteria)
Food factories & transportations (Ethylene)