Waste Magnetopyrolysis Energy Conversion System - China

Waste Magnetopyrolysis Energy Conversion System Small-scale waste magnetopyrolysis energy conversion systems effectively utilize organic resources and achieve recycling, thereby reducing costs and protecting the environment by reducing greenhouse gas emissions.

Product Features Fireprint's waste magnetopyrolysis energy conversion system uses organic matter as thermal energy to generate electricity, hot water supply, and space heating.

This system utilizes only the magnetic field and heat within the furnace to decompose organic matter and reduce its volume, converting the resulting combustion gases into electricity and steam.

This system can operate 24/7! You only need to feed materials on time.

No fossil fuels are required.

This system meets environmental standards by minimizing carbon dioxide and dioxin emissions.

The input organic matter is decomposed and reduced in volume, ultimately transforming into harmless ash (magnetic powder).

Due to low-temperature decomposition and minimal temperature fluctuations during operation, this system exhibits excellent durability.

Company Contact:

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

• Phone: 13634186898

• 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.