The difference between low temperature magnetic thermal decomposition device and incinerator

The main difference is that incinerators burn waste at high temperatures of 900-1200°C, converting it into ash, gas, and heat, while low-temperature magnetic thermal decomposition units use lower temperatures of 50-380°C and magnetic technology to break down waste into non-toxic gas, ash, and recyclable materials without combustion. This means that incinerators use combustion to reduce waste volume, while low-temperature units use a thermal decomposition process to achieve similar or greater volume reduction without the harmful emissions of combustion.

 

Characteristics

Incinerator

Primary Process: Combustion (burning).

High Temperature: 900-1200°C.

Energy Input: Requires fuel ignition and sustained combustion.

Emissions: Generates harmful flue gases and may emit toxic pollutants, depending on the waste.

Output: Ash, flue gases, heat, and energy (used in waste-to-energy plants).

Waste Treatment: Requires sorting and pretreatment to process a wide range of wastes.

Volume Reduction: Significantly reduces waste volume through incineration.

 

Characteristics

Low-Temperature Magnetic Thermal Decomposition Unit

Primary Process: Thermal decomposition (no combustion). Low Temperature: 50-380°C.

Energy Input: Once started, it operates continuously without external fuel, using its own energy.

Emissions: Produces non-toxic gases and ash, with minimal or no harmful emissions.

Output: No fly ash, non-toxic gases, recyclable metals and glass, and ash (which can be used as fertilizer or soil amendment).

Waste Disposal: No pre-sorting required.

Volume Reduction: Reduces waste volume by up to 300 times.