What is Nano-FOTOCIDE™ ?

The Nano-FOTOCIDE™ Photocatalytic Oxidation (PCO) Technology Air/Water Treatment Disinfection Unit provides the most efficient system for the removal of bacteria and pollutants from air and water. As Air/water passes through the unit, pollutants come into contact with the nano-coated Titanium Dioxide (TiO2) honeycomb filter/stainless steel spiral core, triggering off the PCO process whereby harmful pollutants are oxidized and converted into the harmless end products of carbon dioxide and water.

Why Choose Nano-technology for PCO?
Applying Nano-Fotocide's nano-coating technique, a catalytic surface for PCO is generated, allowing for the formation of a homogeneous high density and superior catalysis oxidative potency titanium dioxide anatase to be sequestered tightly onto a solid substratum. The resulting catalytic surface provides the platform for maximum per unit area efficiency for the elimination of pollutants as well as pathogens. Furthermore, the resulting nano-coated titanium dioxides are tightly bound to the catalytic surface, providing it with a distinctive self-cleaning and non-sticky characteristic.

Nano-FOTOCIDE™ PCO technology not only destroys harmful pollutants in air and water, it does so without the addition of other chemicals, thereby eliminating any potential source of secondary contamination. Surely, it is the state-of-the-art technology for environmental air treatment and water engineering for the 21st century.


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甚麼是納米富途?

納米富途殺菌系統是一項由愛環保公司與大學合作研發,專門利用光催化作用,把空氣或水中的細菌及有害物質分解為對人體無害的二氧化碳和水的新產品。

納米富途光催化氧化(PCO)原理是利用紫外線照射已塗有二氧化鈦(TiO2)表層的金屬濾網,產生催化作用。細菌及有害物質,一經接觸金屬表層,便會立即被分解。

納米富途中所應用的納米技術更能精確地把二氧化鈦(TiO2)鞏固於金屬表面,有效地利用金屬表面增加催化表層面積。這不單能使納米富途光催化效能達致最佳效果,還比傳統光催化技術更安全,更持久耐用。

經實驗室測試後,利用光催化殺菌系統能有效地殺滅大腸桿菌,霍亂弧菌,含病原生物及炭疽菌等;亦能有效的除去空氣中的一氧化碳、氮氧化物、碳氫化物、醛類、苯類等有害氣體和難聞的各種異味。。




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