✉ moc.liamg%40au.ni.roce

s. Kniazhychi, Slavy St. 29, Brovary District, Kyiv Region, Ukraine

+38(050)312-27-19

● INDUSTRIAL EQUIPMENT FOR SALE

PPUSH-150 PYROLYSIS UNIT

A continuous industrial unit for the oxygen-free pyrolysis processing of polymer waste, rubber, and plant-based feedstock.

Up to 150 kg/h — polymer waste and rubber Up to 200 kg/h — plant-based feedstock Continuous operating cycle Oxygen-free thermal processing Automated PLC-based control PPUSH-150 pyrolysis unit for sale

● ABOUT THE EQUIPMENT

An Industrial Solution for Pyrolysis Processing

PPUSH-150 — is a continuous thermal cracking unit designed to process carbon-containing materials without air access.

The unit is intended for processing polymer waste, rubber, and plant-based organic feedstock. Depending on the feedstock type, the pyrolysis process can produce liquid products, gas, carbon residue, or biochar.

Its continuous operating principle ensures consistent material feeding, movement through the reactor, thermal processing, and discharge of the final products.


Key Features:

    continuous industrial operation;

    oxygen-free thermal processing;

    automated PLC-based control;

    material feeding and discharge system;

    gas cooling, condensation, and purification;

    liquid-fuel and gas-fired heat generators.

Illustration

● FEEDSTOCK TYPES

The Unit Processes Various Types of Carbon-Containing Materials

Illustration

Polymer Waste

Oxygen-free thermal processing of polymer feedstock to produce liquid products, gas, and carbon residue.

Processing capacity: up to 150 kg/h.

Illustration

Rubber

Pyrolysis processing of rubber-containing feedstock, followed by the condensation of gaseous products and discharge of carbon residue.

Processing capacity: up to 150 kg/h.

Illustration

Plant-Based Feedstock

Processing of plant-based organic feedstock to produce biochar, liquid compounds, and gas.

Processing capacity: up to 200 kg/h.

● UNIT IN OPERATION

See How the PPUSH-150 Works

The video shows the unit’s design, its key operating components, the feedstock supply system, and the overall organization of the technological process.

It will help you assess the actual dimensions and configuration of the equipment, as well as its operating principle, before requesting a detailed commercial offer.

● OPERATING PRINCIPLE

From Feedstock Supply to Final Products

01

Feedstock Supply

Prepared feedstock enters the weighing hopper equipped with a load-cell system and is delivered to the unit by a belt conveyor.

02

Loading into the Reactor

The material passes through a system of airlocks that ensures controlled feeding into the reactor.

03

Thermal Processing

The feedstock is heated through the reactor wall by diluted flue gases without direct contact with air. A metal rotor continuously moves the material and improves heat transfer.

04

Product Condensation

Pyrolysis gases enter the condensation system, where they are cooled and the liquid products are separated in individual condensers.

05

Residue Discharge

The carbon residue or biochar is discharged from the reactor through the unloading system and water-cooled screw conveyors.

06

Gas Purification

The system purifies flue gases and afterburns excess non-condensable gases.

Illustration

● FINAL PRODUCTS

The Results Depend on the Type of Feedstock

  • Liquid Products

    Cooling and condensation of pyrolysis gases produce liquid compounds. When processing polymer feedstock, a mixture of furnace and motor fuels is collected in separate condensers.

  • Non-Condensable Gas

    The gaseous component that does not turn into liquid during condensation. The unit’s systems are designed to handle and afterburn excess gases.

  • Carbon Residue

    Processing polymer or rubber feedstock produces a solid carbon residue — coke.

  • Biochar

    When plant-based organic feedstock is processed, biochar is produced as one of the final products.

● PHOTO GALLERY

PPUSH-150 and Its Main Components

View real photos of the unit, reactor, feedstock supply system, condensation equipment, heat generators, and automated control components.

● EQUIPMENT PACKAGE

Main Components and Systems of the Unit

The PPUSH-150 is a complete industrial equipment system that includes feedstock supply, thermal processing, cooling, condensation, purification, and automated control systems.

11 items Complete unit package
01 Feedstock Supply 3 components
  • Weighing hopper with load-cell system 1 pc.
  • Belt conveyor 1 pc.
  • Feedstock loading airlock 1 pc.
02 Reactor and Discharge 3 components
  • Reactor with heat generators 1 pc.
  • Water-cooled screw conveyor for carbon residue discharge 3 pcs.
  • Carbon residue discharge airlock 1 pc.
03 Gas Condensation and Purification 3 systems
  • Pyrolysis gas condensation system 1 set
  • Flue gas purification system 1 set
  • Excess gas afterburning system 1 set
04 Control and Documentation 2 sets
  • PLC-based control system, instrumentation and automation equipment, cables, and cable trays 1 set
  • Technical documentation package: PPUSH-150 installation, operation and maintenance manual, unit passport, and component documentation 1 set
TECHNICAL DATA

PPUSH-150 Technical Specifications

Key operating parameters, processing capacity, energy consumption, and overall dimensions of the PPUSH-150 pyrolysis unit.

150 kg/h
Polymer waste and rubber
200 kg/h
Plant-based feedstock
12 kW
Installed electrical power
8 t
Total unit weight
No. Specification Value
01 Processing capacity for polymer waste and rubber up to 150 kg/h
02 Processing capacity for plant-based organic feedstock up to 200 kg/h
03 Expected product yield
Liquid products 35–50%
Non-condensable gases 5–15%
Carbon residue 40–50%
04 Temperature inside the reactor shell, maximum 550 °C
05 Pressure inside the reactor shell, maximum 20 kPa
06 Reactor fill level, maximum percentage of the total volume 75%
07 Temperature of the heating mixture of combustion products and air at the reactor inlet, maximum 750 °C
08 Required thermal output of the unit’s heat generator, minimum 75 kW
09 Liquid fuel consumption of the heat generator at a calorific value of 39,739 kJ/kg up to 10 kg/h
10 Temperature of the combustion products and air mixture at the induced-draft fan inlet, maximum 100 °C
11 Installed electrical power 12 kW
12 Unit supply voltage 380 V
13 Power supply frequency 50 Hz
14 Overall dimensions: width × length × height 10,000 × 18,000 × 4,200 mm
15 Total unit weight, maximum 8 t

Actual product yields depend on the type, composition, and preparation of the feedstock.

● DETAILED INFORMATION

Interested in the PPUSH-150 Pyrolysis Unit?

Leave your contact details to receive detailed specifications, information about the equipment package, the current price, and the terms of purchase.

● EQUIPMENT PURCHASE

Get Information About the PPUSH-150 Sale

An ECOR representative will provide detailed information about the unit’s technical condition, actual equipment package, price, inspection terms, payment, and equipment transfer.

01

Submit a Request

Provide your contact details and briefly describe your enquiry.

02

Receive a Consultation

We provide information about the unit, its equipment package, and the terms of sale.

03

Arrange an Inspection

We agree on the format and time for viewing the equipment.

04

Discuss the Purchase

We agree on the price, payment, equipment transfer, and other organizational matters.

● FAQ

Часті запитання про ППУШ-150

  • PPUSH-150 is an industrial continuous-operation installation for thermal cracking of carbon-containing materials without air access.

  • The plant is designed for processing polymer waste, rubber and organic raw materials of plant origin. The ability to work with specific raw materials must be specified separately.

  • For polymer waste and rubber, the productivity is up to 150 kg/h. For organic raw materials of plant origin - up to 200 kg/h.

  • Depending on the raw material, the processing result may be liquid products, non-condensable gas, carbon residue or biochar.

  • Yes. PPUSH-150 belongs to continuous operation plants: raw materials are sequentially fed to the reactor, moved inside it, and removed after processing.

  • To control the technological process, automated control based on PLC, as well as control and measuring instruments and automation are provided.

  • The equipment includes raw material feeding and unloading systems, a reactor with heat generators, cooling screws, condensation equipment, gas cleaning and afterburning systems, automation, and a set of documentation.

  • The conditions and possibility of inspecting the equipment can be agreed with an ECOR representative upon request.

  • Leave a request on the page or contact ECOR. A company representative will inform you of the current price, equipment and terms of sale.

  • Leave your contact details and request documentation. An ECOR representative will contact you and provide available technical information.

● CONTACTS

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