I think that it is difficult to distinguish what can and can not be thermally decomposed. It is not that things that can burn can be pyrolyzed, and things that can not burn can not be thermally decomposed. For example, fire-fighting clothing used by firefighters at fire sites is not burned. However, when put in a pyrolyzer, it becomes ash without trace. Thermal decomposition divides a substance into atoms and molecules, and heat is generated when the molecule is unstable (radical state). Basically, any organic matter can be decomposed. If you are concerned about the introduction of thermal decomposition equipment and it is unclear whether it can be disassembled, please […]

Dioxin does not occur in processing by the MH 22. The reason is simple. It is not “burning” but “pyrolysis”. Combustion is a state in which organic matter itself burns and flames come out, but pyrolysis is deprived of molecules from atoms at atomic level and organic matter is decomposed. Naturally, ascending air current does not occur, so it does not splash outside. Rubber based organic materials such as tires usually produce graphite when burned, but smoke and smell do not occur when processed with MG22. All processing is completed in the processing equipment and exhaust gas treatment scrubber. In the case of processing tires, the efficiency of decomposition is […]

In the operation of organic matter treatment using magnetic pyrolysis equipment, there are cases where inorganic matter can not be completely divided. Stones, metals, glass, cement, etc. are inorganic substances, but even if they are put in a magnetic pyrolysis apparatus, they will remain as residue. The above photograph is a thing when experimentally making an electronic substrate magnetically pyrolyzed. The left side is before processing and the right side after processing. The base part of the base and the plastic and vinyl used in the circuit are treated, only metal and glass fiber remain. Excluding inorganic matter, it can be confirmed that it is greatly reduced. Basically, it is […]

In magnetic pyrolysis, almost all organic matter can be thermally decomposed. system Contents example Business organic matter Cardboard, paper · dried livestock feces · dried food residue · construction waste materials etc. Wood-based organic matter Thinned wood, damaged wood, dried pruning material, dead tree, sawdust, etc. Agricultural organic matter Rice husks, rice, wheat straw, polyethylene for agriculture etc. Chemical organic matter PET bottles / vinyl / rubber / plastics / chemical fibers / disposable diapers etc. ※ vinyl chloride series excluded Other Styrofoam, shells etc. Organic matter that is not needed in each industry and is treated as industrial waste is subject to thermal decomposition by magnetic pyrolysis equipment. For […]

Once MG 22 starts operation, it continues to drive with no fuel by continuing to throw organic matter. We will briefly explain notes on operation, operation method, operation method and so on. Operation of MG 22 We operate the equipment with charcoal. Add the residue (inorganic ceramic powder) after treatment with MG22 which is the heat source, and put in the general charcoal ignited on it. Then, put the organic matter to be disassembled. * “General charcoal”: Commercially available charcoal used for barbecue and others If you have a power generator or steam generator, be sure to check water flow rate and water temperature first. In addition, since it warms […]

There are cases where questions are received regarding the mechanism of magnetic pyrolysis. I would like to explain the mechanism of decomposition to completion. By “magnetizing” the air it “makes it plasma”. Plasmaization This is the first step in magnetic pyrolysis. It is a state where a molecule is ionized and is divided freely into a positively charged ion and a negatively charged electron. Radicalization And, if we react a small amount of oxygen to this plasma, atoms and molecules become unpaired state, and they react vigorously to steal electrons from other atoms and molecules and stabilize. This is called a radical state, and negative ions are generated. Thermal decomposition […]