Low Temperature Magnetic Pyrolysis Furnace

Low Temperature Magnetic Pyrolysis Furnace A low temperature magnetic pyrolysis furnace, also known as a magnetic gas pyrolysis furnace, utilizes magnetic fields and low temperature pyrolysis (thermal decomposition) technology to process organic waste (such as garbage or plastic) into reusable carbon powder or soil additives. Its operating principle is to create a negative pressure environment, where the magnetic field activates oxygen molecules, resulting in efficient oxidation and decomposition of organic matter at temperatures between 30°C and 380°C. Key Features and Principles Low Temperature Operation: Unlike high temperature incineration, this furnace operates at relatively low temperatures (e.g., 30°C to 380°C), reducing energy consumption and preventing the formation of harmful emissions such as dioxins. Magnetic Activation: The core of this technology involves applying a magnetic field to a small, controlled volume of oxygen-enriched air. This magnetic effect, combined with the low oxygen input, activates oxygen atoms, forming highly reactive species. Plasma State: Reactive oxygen species can form a plasma state, where negatively charged electrons interact with positively charged atomic nuclei. This plasma possesses high energy, enabling rapid and thorough oxidation of organic matter into simpler elements and compounds. Negative Pressure Environment: The furnace creates a negative pressure within the enclosed chamber, promoting and controlling the decomposition process. Byproducts: This process breaks down organic waste into useful byproducts. The primary product is carbon powder, which can be used as a soil additive. It also produces small amounts of steam (wood vinegar and tar) and inert negative ion ash. High Reduction: PRC Fireprint technology offers a high reduction rate, converting large amounts of incoming waste into reusable materials for example, a reduction of 1/200 to 1/500. Applications Rural Waste Reduction: These furnaces are widely used i