Manufacturing process of photo-hydrogen ion catalyst net and photo-hydrogen ion air purification equipment

Abstract

The invention provides a manufacturing process of a photo-hydrogen ion catalyst net and photo-hydrogen ion air purification equipment; wherein a photo-hydrogen ion catalyst net is manufactured by titanium dioxide, foamed nickel and inorganic glue, and the photo-hydrogen ion catalyst net is applied to a photo-plasma tube in the photo-hydrogen ion air purification equipment; the photo-plasma tube isof a cylindrical structure, wherein a wide-spectrum photon wave generator, a quartz excitation layer, a photo-hydrogen ion excitation layer and a photocatalyst excitation layer are sequentially arranged from inside to outside, the photocatalyst excitation layer is made of a photo-hydrogen ion catalyst net, and a photo-plasma tube is arranged in a space between the shell and the base. According tothe invention, problems of single mode of generating negative oxygen ions and existance of potential safety hazards of an air purification device in the prior art are solved; wherein bacteria, viruses and molds in fresh air can be rapidly killed, TVOC, formaldehyde and other chemical gas in air can be decomposed, so that a user can breathe healthy air, and various types of cold and epidemic diseases are reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology uses nanoparticles called titan oxides (TiO2) that act like tiny pills on top of each other when exposed to sunlight or UV rays for activation. These particles help create powerful reactive oxygen species from water molecules during rainwater cycles. They then react chemically with harmful substances found inside cars' cabins, making them harmless without causing damage even if they were infected. Additionally, this process helps remove bad smells caused by cigarette smoke and indoor pollution. Overall, it provides an effective way to clean up contaminated areas while keeping out germs.

Problems solved by technology

Technological Problem addressed in this patented paper relates to improving natural environmental cleanliness through utilizing photoelectron hydride (PEH) purifying systems with high efficiency. However, current methods have limitations such as being too complex or requiring long exposures which may harm humans' health. There needs a new type of PEHI solution that overcomes these issues while maintaining its benefits like effective sterilization against various microorganisms, antimicrobial activity, killing germs, reducing volatile organism emissions from inside environments, controlling humidity within buildings, creation of greenhouse gas compositions, etc., making them suitable for future uses.

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