5-15 cubic volume magnetic waste pyrolysis furnace power generation principle

5-15 cubic volume magnetic waste pyrolysis furnace power generation principle

The "5-15 cubic volume magnetic waste pyrolysis furnace" is a technology and device that uses magnetism and heat to decompose organic matter and convert the energy generated during the process into electricity and other sources.

 

Principle of magnetic pyrolysis

Rather than burning organic matter like a conventional incinerator, magnetic pyrolysis decomposes organic matter through the synergistic effect of magnetic force and heat in an oxygen-free or low-oxygen environment.

 

Magnetic molecular decomposition: A permanent magnet (such as a neodymium magnet) installed inside the device generates strong magnetic field lines, causing weak vibrations in the molecular structure of organic matter. This loosens molecular bonds and promotes decomposition.

 

Pyrolysis: The magnetic atomization process generates thermal energy called "decay heat." This heat further promotes decomposition, breaking down organic matter into combustible gases, oil, charcoal, etc. This process differs from combustion reactions, which require oxygen.

 

Energy conversion mechanism

This device can recover the energy generated during pyrolysis and convert it into electricity and other sources.

Thermoelectric Conversion: The thermal energy generated by pyrolysis is converted into electricity using thermoelectric conversion elements.

Utilization of Combustible Gases: Combustible gases generated by pyrolysis can be burned and the resulting heat can be used to turn a turbine to generate electricity.

Key Features and Benefits of the System

Processing a Wide Range of Organic Materials: A wide variety of organic materials can be processed, including food waste, wood, plastic, paper, and rice husks. However, some materials, such as polyvinyl chloride, cannot be processed.

Energy Generation: Rather than simply disposing of waste, it converts it into energy such as electricity and heat, creating a new source of revenue.

Volume Reduction: Organic materials can be decomposed, significantly reducing their volume.

Utilization of By-Products: Residues after decomposition can also be effectively utilized, such as producing high-purity "plant-based silica" from rice husks.

Reduced Environmental Impact: Because no combustion is involved, harmful substances such as dioxins are less likely to be generated, making processing environmentally friendly. Since exhaust is primarily water vapor, the risk of secondary pollution is also reduced.