Environmentally friendly design principles for the 0.5-8 ton magnetic waste incinerator

Environmentally friendly design principles for the 0.5-8 ton magnetic waste incinerator The magnetic waste incinerator operates by magnetically separating oxygen from air, and by heating or generating plasma to treat waste. Operating at temperatures as low as 50-380°C, the incinerator maintains the original appearance of metals, glass, and ceramics. The China Fireprint design utilizes magnetized air and heat to create a plasma state, completely oxidizing organic matter into elements. Magnetic Separation 1. Feeding: Waste is shredded and fed into the furnace using a spiral feeder. 2. Simulated Natural Environment Treatment: Once the waste reaches the furnace, it begins fumigation and drying at 300-90°C. 3. Carbonization: Over several hours of fumigation, the waste gasifies and forms charcoal. 4. Pyrolysis: The tightly packed charcoal allows even the slightest spark to generate heat, triggering pyrolysis. 5. Power Generation: Pyrolysis of the charcoal produces water gas, which is recycled through pipelines and fed to a generator to generate electricity. The principle of low-temperature plasma decomposition using Chinese Fireprint technology This method uses magnetized air and heat to create a plasma state within a closed chamber. Within this plasma state, highly reactive oxygen atoms, excited by accelerated electrons, completely oxidize organic matter into its elemental components. Overall Process Waste treatment: The primary goal is to oxidize and decompose organic matter in the waste. Energy recovery: The heat generated during this process can be captured in a heat exchanger to generate steam for power generation or district heating. Residue: The final product is a much smaller ash, which is considered non-toxic and neutral.