No combustion flame: Organic matter magnetic thermal decomposition energy conversion device (low-carbon power generation)

Organic magnetic pyrolysis heat energy conversion devices such as the FP-5 technology use a unique process to break down organic matter into ash (or FP powder) and potentially produce usable energy without the traditional combustion process. The technology relies on magnetic forces and heat in a closed chamber to break down organic matter, minimizing the amount of waste and environmental impact.
Here is a more detailed description:
Key Features and Principles:

No Combustion:
The FP-5 operates without the need for an open flame. Instead, it uses a process called pyrolysis, which heats organic matter in an oxygen-deficient environment to break down its molecular structure.

Magnetic Field:
Magnetic fields deliver activated, rich oxygen that interacts with organic matter, potentially influencing the decomposition process and enhancing energy production.
Pyrolysis:
The heart of the process is pyrolysis, which uses heat to break down organic matter into simpler substances. The process is tightly controlled, with temperatures typically below 400°C.
Energy Conversion:
The decomposed organic matter releases heat that can be used to generate steam for a variety of purposes, including power generation.
Waste reduction:
The process significantly reduces the volume of waste, converting it into a small amount of ash or FP powder.
Environmental benefits:
By avoiding combustion, the device minimizes the emission of harmful emissions such as dioxins and reduces carbon dioxide emissions, according to the R&D team.
Automated operation:
The FP-5 is designed for automated operation and has a fully enclosed screw feeding function to avoid exhaust gas leakage.

Applications and benefits:

Waste management:
The device can be used to treat various types of organic waste, including commercial waste (cardboard, paper), wood waste and agricultural waste.

Energy production:
The heat generated during the decomposition process can be used to produce steam, which can then be used for power generation or other thermal processes such as water or space heating.
Cost savings:
According to FP engineers, the FP-5 can save on waste disposal costs and energy consumption by reducing the amount of waste and potentially generating energy.
Reduced environmental impact:
The technology provides a more environmentally friendly alternative to traditional incineration methods.
Suitable for remote areas:
The technology is able to generate electricity from waste, making it ideal for use in remote areas where traditional energy supplies are limited.