Plasma yellow smoke removal equipment
Industries that use concentrated nitric acid will produce a large amount of yellow smoke, and the usual practice is to spray neutralize it with industrial alkali NaOH, but the efficiency is generally only about 70%. Pulsed plasma yellow smoke removal equipment is equipped with FSNOAH dedicated power supply for acid removal. The yellow smoke purification efficiency is higher than 95%, and the reaction time is short and the engineering cost is low.
Features:
The smoke removal effect is good, more than 30% higher than that of ordinary power supplies. The yellow smoke removal time is shorter, the alkali consumption is saved by more than 50%, and more than 99% of the smoke is free of white smoke.
Parametric technology:
Customization on demand: Please provide production conditions, effective air volume, concentration components, test reports, acceptance standards, geographical information, considerations, and other information to tailor an effective environmental protection plan for your company
Appicable conditions:






The company has the following three main product categories.
Power supply products: plasma power supply (high-frequency pulsed DC power supply, high-voltage narrow pulse power supply), plasma torch power supply, SPS plasma sintering power supply, plasma cleaning power supply, magnetron sputtering power supply and high-power rectifier power supply.
Environmental protection equipment (equipped with Aputon core power technology and high-pressure pulse plasma technology): Exhaust gas deodorization device (plasma deodorization equipment), plasma smoke removal equipment, plasma smoke removal equipment, plasma dust removal, deodorization, and white smoke removal equipment.
High voltage narrow pulse discharge technology is an innovative demonstration technology recommended by the National Ministry of Ecology and Environment, especially for ionization deodorization and ionization cracking of chemical exhaust gases, with excellent results.Aputon's plasma torches are mainly used for high-temperature cracking purification of exhaust gases from incineration at temperatures of between 5,000 and 10,000 degrees Celsius. It is suitable for the treatment of exhaust gases from electronic factories.
Power equipment: power transformers, high and low voltage switchgear, active power filters (APF) and static variable generators (SVG).