| Manufacturer | ECOR |
|---|---|
| Model | PPUSH-150 |
| Year | 2024 |
| Location | Ukraine
|
ECOR PPUSH-150 is a new industrial pyrolysis plant designed for continuous operation. It is intended for the thermal cracking of carbon-containing materials in the absence of air. Feedstock is continuously fed into the reactor, while the processed material and resulting products are discharged through the plant’s designated systems.
The equipment was manufactured in 2024 and has not been used in production; only commissioning has been carried out. Technical documentation is included with the plant.
Intended feedstocks and capacity:
- Polymer (plastic) waste: up to 150 kg/h.
- Rubber, including rubber from tires: up to 150 kg/h.
- Plant-based feedstock and biomass: up to 200 kg/h.
Suitability for a specific type of feedstock is confirmed on an individual basis.
Typical products include liquid fractions with a total yield of 35–50%, non-condensable gas with a yield of 5–15%, and carbon residue or biochar with a yield of 40–50%. The liquid products may include heavy fuel-oil-type fractions and lighter motor-fuel fractions, which are separated in different condensers. Actual yields depend on the type, composition, and preparation of the feedstock.
The prepared material is fed into a weighing hopper equipped with load cells and conveyed by a belt conveyor. Airlocks provide controlled feeding into the reactor. The reactor is heated through its wall using diluted flue gas; an internal metal rotor agitates the material. Pyrolysis vapors are cooled, and liquid products are separated in condensers. The carbon residue or biochar is discharged via an airlock chamber and water-cooled screw conveyors. Flue-gas cleaning and afterburning of excess non-condensable gas are provided.
Main technical specifications: maximum temperature in the reactor casing 550 °C; maximum pressure 20 kPa; maximum reactor fill 75% of the total volume; maximum inlet temperature of the heating gas 750 °C. The minimum thermal output of the heat generator is 75 kW, and liquid fuel consumption is up to 10 kg/h. Installed electrical power is 12 kW; power supply 380 V, 50 Hz. Dimensions (W × L × H): 10 000 × 18 000 × 4 200 mm; total weight up to 8 t. The system is controlled by a PLC with instrumentation.
The supply includes a weighing hopper with load cells, a belt conveyor, feed and discharge chambers, a reactor with heat generators, three water-cooled screw conveyors, a pyrolysis-gas condensation system, a flue-gas cleaning system, an excess-gas afterburning system, and a control system with cables and cable trays. Installation, operation, and maintenance manuals, the equipment passport, and component documentation are included.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
ECOR PPUSH-150 is a new industrial continuous-operation pyrolysis plant for thermal cracking of carbon-containing materials without air access. Feedstock is fed, moved through the reactor, processed and discharged continuously, so the plant works without batch stops for loading and unloading.
Condition: new, manufactured in 2024. The plant has never been in production operation, only commissioning has been carried out. Full technical documentation included. , is possible by appointment.
Feedstock and capacity:
- Polymer (plastic) waste: up to 150 kg/h
- Rubber (incl. tyre rubber): up to 150 kg/h
- Plant-based / biomass feedstock: up to 200 kg/h
Suitability for a specific feedstock is confirmed individually.
Products and typical yields:
- Liquid products: 35-50% (heavy furnace-type and lighter motor-type fractions, separated in individual condensers)
- Non-condensable gas: 5-15%
- Carbon residue (char) or biochar: 40-50%
Actual yields depend on feedstock type, composition and preparation.
How it works:
1. Prepared feedstock goes to a weighing hopper with load cells and is delivered by belt conveyor.
2. An airlock system feeds it into the reactor in a controlled way.
3. The reactor is heated through its wall by diluted flue gases, with no direct contact with air. A metal rotor moves the material and improves heat transfer.
4. Pyrolysis vapours are cooled and liquid products are separated in individual condensers.
5. Carbon residue or biochar is discharged through an airlock and water-cooled screw conveyors.
6. Flue gases are cleaned, excess non-condensable gas is afterburned.
Technical specifications:
- Operating mode: continuous
- Max. temperature in reactor shell: 550 °C
- Max. pressure in reactor shell: 20 kPa
- Max. reactor fill level: 75% of total volume
- Max. heating gas temperature at reactor inlet: 750 °C
- Min. heat generator thermal output: 75 kW
- Heat generator liquid fuel consumption: up to 10 kg/h
- Installed electrical power: 12 kW
- Power supply: 380 V, 50 Hz
- Overall dimensions (W x L x H): 10,000 x 18,000 x 4,200 mm
- Total weight: max. 8 t
- Control: PLC with instrumentation
Scope of supply:
1. Weighing hopper with load-cell system, 1 pc.
2. Belt conveyor, 1 pc.
3. Feedstock loading airlock, 1 pc.
4. Reactor with heat generators, 1 pc.
5. Water-cooled screw conveyor for carbon residue discharge, 3 pcs.
6. Carbon residue discharge airlock, 1 pc.
7. Pyrolysis gas condensation system, 1 set
8. Flue gas cleaning system, 1 set
9. Excess gas afterburning system, 1 set
10. PLC control system, instrumentation, cables and cable trays, 1 set
11. Documentation: installation, operation and maintenance manual, unit passport, component documents, 1 set
Price EXW Ukraine, excl. VAT.
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Client type | Factory – small or medium company |
| Active since | 2026 |
| Offers online | 1 |
| Last activity | Nov. 12, 2026 |
ECOR PPUSH-150 is a new industrial continuous-operation pyrolysis plant for thermal cracking of carbon-containing materials without air access. Feedstock is fed, moved through the reactor, processed and discharged continuously, so the plant works without batch stops for loading and unloading.
Condition: new, manufactured in 2024. The plant has never been in production operation, only commissioning has been carried out. Full technical documentation included. , is possible by appointment.
Feedstock and capacity:
- Polymer (plastic) waste: up to 150 kg/h
- Rubber (incl. tyre rubber): up to 150 kg/h
- Plant-based / biomass feedstock: up to 200 kg/h
Suitability for a specific feedstock is confirmed individually.
Products and typical yields:
- Liquid products: 35-50% (heavy furnace-type and lighter motor-type fractions, separated in individual condensers)
- Non-condensable gas: 5-15%
- Carbon residue (char) or biochar: 40-50%
Actual yields depend on feedstock type, composition and preparation.
How it works:
1. Prepared feedstock goes to a weighing hopper with load cells and is delivered by belt conveyor.
2. An airlock system feeds it into the reactor in a controlled way.
3. The reactor is heated through its wall by diluted flue gases, with no direct contact with air. A metal rotor moves the material and improves heat transfer.
4. Pyrolysis vapours are cooled and liquid products are separated in individual condensers.
5. Carbon residue or biochar is discharged through an airlock and water-cooled screw conveyors.
6. Flue gases are cleaned, excess non-condensable gas is afterburned.
Technical specifications:
- Operating mode: continuous
- Max. temperature in reactor shell: 550 °C
- Max. pressure in reactor shell: 20 kPa
- Max. reactor fill level: 75% of total volume
- Max. heating gas temperature at reactor inlet: 750 °C
- Min. heat generator thermal output: 75 kW
- Heat generator liquid fuel consumption: up to 10 kg/h
- Installed electrical power: 12 kW
- Power supply: 380 V, 50 Hz
- Overall dimensions (W x L x H): 10,000 x 18,000 x 4,200 mm
- Total weight: max. 8 t
- Control: PLC with instrumentation
Scope of supply:
1. Weighing hopper with load-cell system, 1 pc.
2. Belt conveyor, 1 pc.
3. Feedstock loading airlock, 1 pc.
4. Reactor with heat generators, 1 pc.
5. Water-cooled screw conveyor for carbon residue discharge, 3 pcs.
6. Carbon residue discharge airlock, 1 pc.
7. Pyrolysis gas condensation system, 1 set
8. Flue gas cleaning system, 1 set
9. Excess gas afterburning system, 1 set
10. PLC control system, instrumentation, cables and cable trays, 1 set
11. Documentation: installation, operation and maintenance manual, unit passport, component documents, 1 set
Price EXW Ukraine, excl. VAT.
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
ECOR PPUSH-150 is a new industrial pyrolysis plant designed for continuous operation. It is intended for the thermal cracking of carbon-containing materials in the absence of air. Feedstock is continuously fed into the reactor, while the processed material and resulting products are discharged through the plant’s designated systems.
The equipment was manufactured in 2024 and has not been used in production; only commissioning has been carried out. Technical documentation is included with the plant.
Intended feedstocks and capacity:
- Polymer (plastic) waste: up to 150 kg/h.
- Rubber, including rubber from tires: up to 150 kg/h.
- Plant-based feedstock and biomass: up to 200 kg/h.
Suitability for a specific type of feedstock is confirmed on an individual basis.
Typical products include liquid fractions with a total yield of 35–50%, non-condensable gas with a yield of 5–15%, and carbon residue or biochar with a yield of 40–50%. The liquid products may include heavy fuel-oil-type fractions and lighter motor-fuel fractions, which are separated in different condensers. Actual yields depend on the type, composition, and preparation of the feedstock.
The prepared material is fed into a weighing hopper equipped with load cells and conveyed by a belt conveyor. Airlocks provide controlled feeding into the reactor. The reactor is heated through its wall using diluted flue gas; an internal metal rotor agitates the material. Pyrolysis vapors are cooled, and liquid products are separated in condensers. The carbon residue or biochar is discharged via an airlock chamber and water-cooled screw conveyors. Flue-gas cleaning and afterburning of excess non-condensable gas are provided.
Main technical specifications: maximum temperature in the reactor casing 550 °C; maximum pressure 20 kPa; maximum reactor fill 75% of the total volume; maximum inlet temperature of the heating gas 750 °C. The minimum thermal output of the heat generator is 75 kW, and liquid fuel consumption is up to 10 kg/h. Installed electrical power is 12 kW; power supply 380 V, 50 Hz. Dimensions (W × L × H): 10 000 × 18 000 × 4 200 mm; total weight up to 8 t. The system is controlled by a PLC with instrumentation.
The supply includes a weighing hopper with load cells, a belt conveyor, feed and discharge chambers, a reactor with heat generators, three water-cooled screw conveyors, a pyrolysis-gas condensation system, a flue-gas cleaning system, an excess-gas afterburning system, and a control system with cables and cable trays. Installation, operation, and maintenance manuals, the equipment passport, and component documentation are included.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Factory – small or medium company |
| Active since | 2026 |
| Offers online | 1 |
| Last activity | Nov. 12, 2026 |
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