Share the Design Advantages of a Magnetic Pyrolysis Volume Reduction Device FIREPRINT

Share the Design Advantages of a Magnetic Pyrolysis Volume Reduction Device FIREPRINT Advanced Equipment The decomposition process of the China Fireprint magnetic pyrolysis device utilizes the magnetic field lines of a neodymium permanent magnet to impart weak vibrations to organic matter, breaking down its molecular structure and atomizing it, ultimately vaporizing it. This process generates decay heat, further accelerating the decomposition process. During startup, wood chips or other materials are first used to heat a portion of the target material within the decomposition chamber to above its boiling or sublimation point. This vaporizes the target material and allows it to accept excited electrons energy imparted by air passing through the magnetic field. Under a reducing atmosphere heating in an airless atmosphere, not combustion, organic matter generates heat (spontaneous heating) and carbonizes at temperatures exceeding , making it highly economical. The Fireprint device avoids dioxin formation temperatures, produces no heavy metals, reduces particulate matter emissions, and lowers carbon emissions. A generator can be added to the process to output electricity.