Yellow Copper Disinfection and Sterilization Plas | RFQ Sourcing Details

Plasma waste gas treatment, solid waste treatment electrode 1. Waste gas treatment Plasma technology can be used in waste gas treatment, water treatment, etc., such as converting harmful substances in waste gas into harmless substances, or oxidizing and decomposing organic matter in waste water.

It can be used not only in the treatment of industrial waste gas, but also in indoor air purification, water treatment, food safety, medical equipment disinfection, hospital air purification and other fields to provide people with a healthier and safer environment. 2.

Solid waste treatment At present, when plasma technology is used to treat solid pollutants (waste) at home and abroad, the main type of plasma used is thermal plasma. Thermal plasma is used to treat solid waste.

The treatment methods can be divided into the following types: (1) plasma oxidation, combustion or plasma vitrification;(2) plasma pyrolysis, which makes combustible solid waste in reducing state Gasification in the atmosphere and recombination into other gases: (3) Pulse arc generates shock waves, which are used to decompose and separate solid waste into metals, plastics, organic matter, etc.

Among them, the wastes that use plasma high temperature and high enthalpy for plasma oxidation, combustion or plasma vitrification to achieve degradation and volume reduction are mainly construction waste, urban sludge, waste incineration residue, urban garbage, and medical waste.

Plasma pyrolysis technology is applicable to all the above-mentioned wastes, and generally produces syngas, which is used in combustion, fuel , etc.

The use of pulse arc to generate shock wave plasma is generally suitable for the simultaneous collection of materials from construction waste and waste electronic products. 3.

Plasma waste gas treatment and solid waste treatment electrodes The plasma exhaust gas treatment electrode It uses plasma technology to convert harmful substances in exhaust gas into harmless substances through high temperature, high pressure and electric field to achieve the purpose of purifying exhaust gas.

Plasma exhaust gas treatment electrodes are divided into anodes and cathodes. By generating plasma between the anode and cathode, harmful substances in the exhaust gas can be effectiv