Working Principle of the Organic Magnetic Pyrolysis Energy Conversion Device

Working Principle of the Organic Magnetic Pyrolysis Energy Conversion Device

The organic magnetic pyrolysis energy conversion device operates by thermally decomposing waste without flames in a low-temperature, controlled environment. It typically utilizes a vertical chamber system to ensure complete, overlapping evaporation and carbonization, while minimizing harmful emissions. First, the Fireprint organic magnetic pyrolysis energy conversion device adds 15-25 kg of charcoal to heat and decompose the waste, using controlled magnetic energy to assist in the thermal decomposition of the charcoal. Material conveying utilizes a closed spiral. Next, a low-temperature, oxygen-rich auxiliary pyrolysis chamber further converts the waste into combustible gas. The resulting combustible gas is treated to remove pollutants and then supplied to a generator to generate electricity.

Main Principle and Components

Waste Processing: Waste is loaded into a hopper and fed by a spiral into the main pyrolysis chamber. An automated system is typically used, with each fill and leveling to ensure continuous drying of the waste and formation of charcoal.

Main Pyrolysis Chamber: This chamber utilizes an energy cycle to absorb oxygen-rich gas to initiate the pyrolysis process. The waste is dried, partially pyrolyzed, and converted into combustible gas through a process known as pyrolysis. The majority of the solid waste is converted to ash here. Energy Recovery: Combustible gases from the primary pyrolysis chamber enter a secondary combustion chamber where they are completely burned at temperatures typically exceeding 850°C. The energy from this combustion drives a generator, ensuring that all harmful components of the water gas are oxidized.

Flue Gas Treatment: The high-temperature flue gas passes through a cooling system and is instantly reduced to 100°C before being discharged harmlessly into the air. Ash Treatment: The solid residue, known as "bottom ash," is collected and can be processed to remove recoverable metals before being disposed of.