Small Scale Community Waste Magnetic Field Carbonization Pyrolysis Furnace - China

Small-Scale Community Waste Magnetic Field Carbonization Pyrolysis Furnace This furnace utilizes air passing through a strong magnetic field to burn combustibles at low temperatures.

When air passes through a strong magnetic field with opposing magnetic poles, oxygen molecules in the air exhibit paramagnetism and are pulled towards the magnetic field lines.

Since diamagnetic materials are pulled in the opposite direction to the magnetic field lines, oxygen and nitrogen molecules separate, and any accumulated oxygen molecules are dispersed.

After the carbonizable waste is placed in a sealed container, heating generates air circulation, which carries adsorbed oxygen molecules naturally into the carbon layer.

The carbon requires these active oxygen molecules to increase its energy, resulting in low-temperature thermal decomposition.

The Fireprint equipment system includes: a sealed screw feeder, a sealed furnace chamber, exhaust gas scrubbing, oil-water separation, a combustible gas incineration chamber, a thermal power generator, and a hot water supply system.

To address the needs of communities with varying populations (1000-20000 people), suitable models of waste magnetic field carbonization pyrolysis furnaces are available.

Company Contact:

• Posted By: Hangzhou fire print Technology Co., Ltd.

• Phone: 86-571-81635269

• Address: Yacheng Village, Luniu Town, Yuhang District, Hangzhou City , Zhejiang Province , China

• Email:

• Website: https://www.fireprint.cc

• Business Description: Fireprint Technology Co., Ltd., established in Hangzhou, China in 2007, is a professional manufacturer specializing in the research and development and production of waste incinerators, low-temperature magnetic pyrolysis devices, organic matter magnetic pyrolysis energy conversion devices, small-scale waste-to-energy incineration systems, low-temperature incinerators, low-temperature waste pyrolysis furnaces, and fumigation magnetic carbonization furnaces.
  
  We emphasize technological innovation, and our goal is to reduce waste gas emissions and the release of hazardous substances compared to similar incinerators.
  
  We are willing to work with environmentally conscious colleagues worldwide to contribute to the global environment.