Operating Instructions for Magnetic Organic Pyrolysis Energy Conversion Device

Operation Instructions for Magnetic Waste Pyrolysis Unit

 

Environmentally Crucial: High-temperature oil-fired waste incinerators need to be completely replaced. Fireprint, a Chinese company, offers magnetic pyrolysis units, a decentralized waste treatment technology.

 

Simple Operation:

1. Household waste needs to be roughly sorted and shredded.

 

2. Waste is manually pushed to the feeding port. Because our equipment features a fully sealed spiral design, belt conveyors are not used (as they would leak).

 

3. The initial start-up of the furnace requires 20 kg of charcoal (after 365 days of operation, no fuel is needed; it consumes the household waste itself). The temperature inside the furnace top is 30-85 degrees Celsius. Evaporation temperature is 100-280 degrees Celsius, carbonization temperature is 200-350 degrees Celsius, and the temperature in the middle of the charcoal is 250-380 degrees Celsius.

 

4. The design principle prevents the release of dioxins and heavy metal particles from the furnace. The chimney temperature is kept constant between 30-60 degrees Celsius, preventing the re-formation of dioxins. The flue gas contains very few particles and heavy metals, eliminating the need for any isolation materials (dust bags, activated carbon, etc. In reality, capturing these substances requires storage, costing hundreds of thousands or even millions annually, with storage increasing over time).

 

5. The chimney outputs steam and tar. The tar is recycled back into the furnace, and the condensate is used for furnace back-spraying.

 

6. Chimney process: filtered water spraying → oil-water separation → laser scanning → optional re-spraying. (Very few harmful substances are produced at low temperatures.) Laser scanning removes carbon monoxide.

 

7. Slag: Under low-temperature, oxygen-free natural thermal decomposition for tens of hours, domestic waste is transformed into 1/200-400 of the negative ion-containing powdery ceramic ash, which can be used as fertilizer for flowers and forests.

 

8. Process energy consumption: 4KW for the feeder (short-term power consumption). 9. Currently, ash removal is mainly manual. Automated ash removal would require an additional 2KW discharge motor (for short-term use), increasing the furnace bottom height by 90cm, which would also increase the price and require digging an additional 90cm in the construction pit.

 

10. Compared to high-temperature furnaces, this would save at least 1.5 million RMB annually. Lifespan would increase by 10-20 times. Total exhaust emissions would decrease by 15-40 times.

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