Magnetic Fumigation Waste Thermal Decomposition Power Generation Device

Magnetic Fumigation Waste Thermal Decomposition Power Generation Device

This technology, which replaces high-temperature incinerators, uses magnetic fields and heat to decompose organic waste, converting it into smaller ash volumes and producing combustible gases and hot water.

Unlike traditional incinerators, the PRC Fireprint device does not require fossil fuels and is designed to minimize emissions of harmful substances such as carbon dioxide and dioxins. The volume of ash produced by the Fireprint device can be reduced to 1/300 of its original volume.

Working Principle

Loading: The system is designed for continuous input, filling until full. Organic waste is loaded into the treatment chamber.

Heating: A heat source (10-20 kg of charcoal) is used to heat the waste, initiating thermal decomposition. Magnetic fields and gases are applied to the waste to assist the process.

Decomposition: The heat breaks down organic matter into smaller molecules, generating combustible gases and steam.

Ash Generation: This process converts the waste into a small amount of ash, 1/200-400th the volume, significantly reduced.

Energy and Emissions: The combustible gases produced can be used to generate electricity or heat. This system is designed to achieve clean energy conversion by minimizing harmful emissions and using organic matter as its own fuel source (once the process is started).

Gas Treatment: The process includes a system to clean the flue gas, typically involving filters to remove tar, odors, and other contaminants before any emissions are released.

Key Benefits:

Volume Reduction: Significantly reduces the volume of organic waste, thereby reducing disposal requirements.

Energy Recovery: Generates energy (electricity or heat) from the waste stream.

Emission Reduction: Designed to meet or exceed environmental standards by minimizing harmful emissions such as CO2 and dioxins.

Fuel-Free Operation: Does not rely on fossil fuels, but instead uses the waste itself as its primary energy source.

Continuous Operation: Can be designed to operate 24/7 with continuous or frequent waste input.