The low-temperature plasma exhaust gas treatment process is a degradation technology tailored to the unique characteristics of the exhaust gas industry. Its core technology uses low-temperature plasma to generate high-energy electrons, directly decomposing harmful gases in the exhaust gas into carbon dioxide and water, thereby achieving the treatment effect. Because the final products of waste gas factor degradation are mainly carbon dioxide and water, there is no problem of secondary pollution. Of course, during the waste gas treatment process, there will also be a small amount of hydrogen chloride, solids, and oily particles. These substances can also meet the national emission standards after testing, so this method is chosen to treat workshop exhaust gas.

The low-temperature plasma organic waste gas purifier that our company has invested in research and development adopts a unique adsorption decomposition carbonization latest process design, and adopts the advantages of standard modules such as Century. It is a purification equipment for dry treatment of organic waste gas. It has changed the process technology of using activated carbon materials, without the need for regeneration of raw materials, without the need for dedicated personnel to be responsible, without secondary pollution, and easy replacement and maintenance (can be replaced and maintained under normal equipment operation). This organic waste gas purifier product does not require additional exhaust equipment, has low air resistance, is easy to install, can be manufactured in groups according to customer on-site environmental requirements, is convenient for transportation and installation, has a compact equipment structure, low investment, and easy operation. The product is made of standard materials or made of all stainless steel materials, with a processing air volume of over 5000m ³/h. It is currently one of the advanced equipment for treating industrial organic waste gas pollution.

The innovative structural design organically combines the low-temperature plasma generation device and the catalytic oxidation device in the same purification equipment, which achieves purification efficiency and meets the design requirements of small footprint, light weight, low energy consumption, and high efficiency.

Our company uses efficient cylindrical honeycomb electric field and extended multi-point pointer discharge technology, which has been successfully applied to plasma purifiers. The purification efficiency of low-temperature plasma purifiers using cylindrical honeycomb electric field is much higher than that of plate line electric field purifiers. Under the premise of handling the same air volume, the purification efficiency of cylindrical honeycomb electric field can only be achieved by three times the volume of plate line equipment.

The unique high-voltage power supply is also an important guarantee for our company's low-temperature plasma purifier to have high purification efficiency. Our company's independently developed high-frequency high-voltage power supply has the advantages of strong power and high energy utilization. The high-voltage energy output of a single power supply is the largest in the industry. This power supply is also the safest and most reliable in the industry. It has multiple protection functions, including soft start, constant current output control, arc extinguishing protection, multiple discharge protection, high-voltage open circuit protection, high-voltage short circuit protection, power overload protection, and transformer over temperature protection. The main functions of these protective functions are in three aspects: firstly, to ensure that the equipment still has high purification efficiency in the event of changes in the installation environment, smoke properties, and power supply of the power grid; The second is to prevent high-energy discharge sparks from the electric field and ensure system safety; The third is to protect the high-voltage power supply itself from damage due to abnormal factors at the boundary or electric field failures. These are not available in peer power supplies.

High voltage ejector pin, the low-temperature plasma purifier used by our company adopts a plum blossom shaped multi spike structure for the high-voltage introduction ejector pin, ensuring that the purifier can work normally even with a deviation of a few millimeters during the installation of the electric field, and the cathode surface can work with or without solidification.