Price of vertical organic waste gas treatment and purification equipment

Low temperature plasma organic waste gas treatment and purification equipmentScope of Application

With the development of the economy, environmental pollution has become increasingly prominent, and various types of environmental pollution continue to emerge, seriously endangering human health and survival. For the safety of humanity itself, it is urgent to address environmental issues. In recent years, many environmental issues have emerged, such as ultrasound, photocatalytic oxidation, low-temperature plasma, reverse osmosis, etc. Among them, low-temperature plasma, as an efficient, low-energy, large processing capacity, and easy to operate environmentally friendly new technology to treat toxic and difficult to degrade substances, is a hot research topic in recent years.

Low temperature plasma organic waste gas treatment and purification equipmentofPros and Cons Analysis

Low temperature plasma technology forms a highly concentrated plasma region around an electrode (bipolar or multipole forming a voltage difference) through a conductive medium (sodium chloride solution or electrolyte in cell fluid). The plasma region is composed of highly ionized particles, which have sufficient energy to crush the organic molecular chains within the tissue, thereby separating molecules and reducing the volume of the tissue. Not directly damaging the organization, with minimal damage to surrounding tissues. Due to the fact that the current does not directly flow through the tissue, the tissue generates very little heat and the treatment temperature is low. So it has the advantages of surface tissue temperature of 40-70 ℃, minimal indirect tissue damage, minimal thermal penetration, and targeted tissue ablation through molecular separation.

Plasma is the fourth state of matter besides solid, liquid, and gas, possessing macroscopic electrical neutrality and high conductivity. Plasma contains a large number of active electrons, ions, excited state particles, and photons. The collision between these active particles and gas molecules produces a large amount of strongly oxidizing free radicals. Organic molecules are oxidized by these highly oxidizing substances and ultimately degraded into CO2 and H2O. The main technologies for plasma generation include direct current corona discharge, pulse corona discharge, dielectric barrier discharge, and surface discharge. Currently, the gas pressure for corona discharge and dielectric barrier discharge in common discharge reactors is 105Pa, with electric field strengths of 5 × 104 and 102-105, respectively. Plasma generation uses high-voltage electric field discharge, which poses a danger for the treatment of some flammable and explosive waste gases.

It is a customized, efficient and environmentally friendly smoke and dust treatment and purification device developed by Hangzhou Lvyuan Environmental Protection Equipment Factory with concentrated scientific research and technical strength. It has been put into use in multiple companies and units, and has achieved very good governance effects, and has been recognized by operators and the first party.