1-9 Ton Rural Magnetic Pyrolysis Waste-to-Energy Plant

1-9 Ton Rural Magnetic Pyrolysis Waste-to-Energy Plant

A PRC Fireprint Technology rural magnetic pyrolysis power plant, processing 1-9 tons of waste, uses magnets to enhance the pyrolysis process, breaking down waste in a low-oxygen environment and producing high-calorific gas for power generation. This method is suitable for rural areas with smaller waste volumes and is a potentially profitable and environmentally friendly solution for smaller communities.

Magnetic Pyrolysis Waste Treatment

Magnetic Enhancement: Magnets are strategically placed in the air intake or combustion chamber to influence air flow.

Low-Oxygen Pyrolysis: Magnets help create a low-oxygen environment. In this environment, waste undergoes pyrolysis, a process known as thermal decomposition, in the absence of oxygen.

High-Calorific Gas Generation: This process breaks down organic matter into high-calorific gas, which is rich in combustible elements and free of nitrogen due to the lack of air.

Plasma State: In certain configurations, the magnetized airflow can form a plasma state, where highly reactive oxygen atoms and electrons interact to completely oxidize organic matter. Rural Applications and Energy Generation

Suitable for Small-Scale Processing: This technology is designed to cost-effectively process smaller waste streams, such as 1-9 tons per day, making it well-suited for rural communities.

Power Generation: The resulting high-calorie gas can be used to power a natural gas-like engine to generate electricity.

Environmental Benefits: Fireprint technology is designed to reduce the environmental burden.

How It Works

Waste Feed: Any form of organic matter, including municipal solid waste, biomass, and plastics, is fed into the system.

Magnetic Feed: Combustion air passes through a magnetizing section, where permanent magnets are arranged facing each other.

Pyrolysis Chamber: Magnetized air is introduced into the pyrolysis chamber, promoting the low-oxygen decomposition of the waste.

Energy Recovery: The high-calorie gas is then used to power a generator connected to the system, generating electricity.