Facilities & Process

Facilities & Process2019-02-18T18:32:09+09:00

R.G.O(Regenerated Green Oil) Production Process

1st Equipment

5 ton / day

Molecule ring cracking of waste plastic and vinyl

Key Technology
Low temperature decomposition using ceramic balls
Key Function
Molecular ring decomposition of waste vinyl and waste plastics
Extraction of evaporation and water vapor components
Key Features
No pre-treatment process required
Environmentally friendly processing process without external chimney
Equipment Standard
2.5m X 2.5m X 4.8m
Fuel Supply
Use Electricity(Average 96kW per hour)
Process Operation
▸ The temperature of the internal atmosphere of the primary reactor’s reacting furnace is kept at 170°C to 270°C, and mounted ceramic balls are activated to generate discrete wave energy.

▸ The generated oil vapor is liquidized (wax oil mixture) through cooling and condensation process and stored in the storage tank

▸ After the entire process, the carbonated residues of the 1st Process reactivity are produced as solid fuel (a charcoal component) with the remaining materials of the 2nd Process system after the entire process is completed.

2nd Equipment

20 ton / day

Production of industrial light liquid fuel oil

Key Technology
Multi-step refinement using ceramic balls
Key Function
Remove impurities and moisture from primary regenerated fuel oil -2 – 4th Refined Cracking
Key Features
Step-by-step optimization of ceramic balls
Produce high quality regenerated fuel oil
Equipment Standard
3.9m X 3.9m X 5.4m
Fuel Supply
Use Electricity(Average 100kW per hour)
Process Operation
▸ The internal temperature is kept at room temperature ~ 170°C to filter and separate the liquid from the catalyst tank.

▸ Subsequently, refining fuel oil is produced through a multi-stage high-cracking process.

R.G.O(Regenerated Green Oil) Production Process

1st Equipment

5 ton / day

Molecule ring cracking of waste plastic and vinyl

Key Technology
Low temperature decomposition using ceramic balls
Key Function
Molecular ring decomposition of waste vinyl and waste plastics
Extraction of evaporation and water vapor components
Key Features
No pre-treatment process required
Environmentally friendly processing process without external chimney
Equipment Standard
2.5m X 2.5m X 4.8m
fuel supply
Use Electricity(Average 96kW per hour)
Process Operation
▸ The temperature of the internal atmosphere of the primary reactor’s reacting furnace is kept at 170°C to 270°C, and mounted ceramic balls are activated to generate discrete wave energy.

▸ The generated oil vapor is liquidized (wax oil mixture) through cooling and condensation process and stored in the storage tank

▸ After the entire process, the carbonated residues of the 1st Process reactivity are produced as solid fuel (a charcoal component) with the remaining materials of the 2nd Process system after the entire process is completed.

2nd Equipment

20 ton / day

Production of industrial light liquid fuel oil

Key Technology
Multi-step refinement using ceramic balls
Key Function
Remove impurities and moisture from primary regenerated fuel oil -2 – 4th Refined Cracking
Key Features
Step-by-step optimization of ceramic balls
Produce high quality regenerated fuel oil
Equipment Standard
3.9m X 3.9m X 5.4m
fuel supply
Use Electricity(Average 100kW per hour)
Process Operation
▸ The internal temperature is kept at room temperature ~ 170°C to filter and separate the liquid from the catalyst tank.

▸ Subsequently, refining fuel oil is produced through a multi-stage high-cracking process.

Process technology comparison

division normal High Temperature Incineration Facility Pyrolysis (gasfication) /
high temperature incineration facility
RGO SYSTEM
City Oil Field
Composition facility Incinerator+waste heat boiler – Gasification furnace + gas
– combustion chamber + waste heat boiler
Based on ceramicball technology
Low temperature decomposition machine+
Multistage refinery machine
Input auxiliary fuel Gasoline, Diesel, Refined oil, LNG, etc. Gasoline, Diesel, Refined oil, LNG, Coke, Pyrolysis carbon etc. None(electrical use)
combustion chamber exit temperature – Normal incineration: mote than 850℃
– High temperature incineration: more than 1,100 ℃
– Pyrolysis furnace (gasification):more than 850 ℃
– Melting furnace: more than 1200 ℃
– Decomposition machine:
Max 270°C

– Multistage refinery machine:
Max 180 °C
Incineration residues – Floor ash, fly ash, etc. Pyrolysis residue, Char, Slag, Fly ash, etc. carbonated residues
Reference: National Institute of Environmental Sciences, A Study on Calculation Method of Incineration Heat Energy Utilization in Pyrolysis Melting and Incineration Facilities

도시유전 VS 일반열분해 공정 비교

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