Low-Temperature Magnetized Garbage Fumigation Incinerator

A low-temperature magnetic garbage fumigation incinerator is a patented Chinese technology that uses a magnetic field to promote the thermal decomposition of waste, reducing its volume and mass without requiring additional fuel. These devices claim to break down organic matter into ash, producing negligible carbon emissions and potentially useful carbon powder, and are described as energy-saving, green waste reduction solutions. The technology's principle involves low-temperature magnetic gas pyrolysis or thermal decomposition, with exhaust temperatures designed to be low, such as 50-85°C, and the ultimate goal of returning organic materials to the environment in a non-harmful form. Key Principles and Components Magnetic Field: The core of the technology is the use of magnetic fields to facilitate the breakdown of organic compounds. Thermal Decomposition: The magnetic field promotes thermal decomposition, a process where organic waste is broken down by heat into simpler substances. Low-Temperature Operation: Unlike traditional incinerators that require very high temperatures (e.g., 1,800°F for 1 second), these devices operate at lower temperatures, typically in the range of 30-380°C for the furnace, with the goal of very low chimney temperatures. Fuel-Free: The process is designed to be fuel-free, utilizing energy from nature and the inherent thermal energy within the waste itself, along with collected oxygen from the air. Carbonization and Gasification: The process involves stages of evaporation, gasification, carbonization, and pyrolysis, which break down waste into a small amount of gas (including wood vinegar and tar) and a negative ion ash. Output: The system produces a reduction in waste volume and mass, creating carbon powder ash that can potentially be used as a soil additive. Environmental Benefits (Claimed) Reduced Emissions: The technology claims to produce no dust, dioxins, or additional heavy metal emissions, with very low exhaust temperatures.