Pyrolysis is defined as a thermal conversion process of organic waste in the oxygen-free environment. The main products resulting from the processing of hydrocarbons are synthetic gas, a liquid oil and solid residues (biochar, carbon black, metal).

Pyrolytic process, also known as cracking, reads as follows:

1. The source material is continuously fed into pyrolysis chamber from the hopper/by the pump.
2. The pyrolysis chamber is heated by the mixed fuel burner installed in furnace.
3. Liquid fuel is used for the plant startup. It is self-fed from fuel tank to the burner.
4. After the startup the burner capacity is lowered and heating is carried out on pyrolysis gas.
5. Vapor and gas mix is cooled in the condensation system, then in heat exchanger by recirculation.
6. Vapor and gas mix product is fed from the heat exchanger to the gas-liquid separator where flows are separated.
7. Liquid fuel is drained to receiver tank, then enters the fuel tank or to the storage.
8. Gas is fed to the burners.
9. Dry residue is discharged by screw conveyor to the air tight hopper, where it cools and further to the storage bin.

Get to know more about TDP-2-800 plant process description.

Advanced features presented by pyrolysis technologies implemented in TDP-2-800:

1. Nonconventional power sources recovery
2. Automatic control system
3. High-powered efficiency
4. Nominal emissions
5. Small system size
6. Low energy consumption
7. Economically viable process

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