Low-temperature magnetic mini waste-to-energy generation

Fireprint Low-Temperature Magnetic Mini Waste-to-Energy Plant

 

A small-scale waste-to-energy (WtE) plant is a small facility designed to convert various types of waste into energy (electricity, heat, or fuel) usable by small communities or industries. Unlike large regional waste-to-energy plants, small-scale WtE systems are designed to process small amounts of waste on-site, offering advantages such as reduced transportation costs and on-site power generation.

 

Key Technologies

 

Small-scale WtE plants employ various waste treatment technologies:

 

Incineration (Large-scale Combustion): This common method generates electricity by burning waste to produce heat, while controlling air pollution.

 

Gasification: Waste is heated in a low-oxygen environment to produce syngas, which can be used for power generation or as chemicals.

 

Pyrolysis: Waste decomposes under high-temperature, anaerobic conditions, producing bio-oil, gases, and carbon residue.

 

Magnetic Pyrolysis: Waste forms char at 50-380 degrees Celsius. The pyrolysis of char produces powdered negative-ion ash and combustible gas. The combustible gas provides power generation, and the negative-ion ash serves as fertilizer for forests. PRC Fireprint's low-temperature magnetic technology is one of the world's most environmentally friendly mini-power generation devices.

 

Advantages

 

Waste Reduction: These systems can significantly reduce the amount of waste in landfills.

 

Local Energy Production: They provide decentralized energy, which is beneficial for remote areas or industrial enterprises.

 

Environmental Benefits: The transfer of organic waste reduces greenhouse gas emissions, and emissions from modern factories are controlled.

 

Resource Recycling: Metals can be recovered from ash.