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Reactor of Plastic Pyrolysis Plant

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Reactor of Plastic Pyrolysis Plant Specification

Motor Power
15-30 HP

Speed
0.4 - 1 rpm

Plastic Processed
HDPE, LDPE, PP, PS, Plastic Films, Mixed Plastics

Installation Guideline
Foundation Required, Supervision Provided

Model No
PPR-20

Temperature Range
300C - 450C

Efficiency (%)
90%

Driven Type
Motor Driven

Accessories
Condensing System, Smoke Scrubber, Oil Storage Tank, Control Panel

Automation Grade
Fully Automatic

Frequency
50/60 Hz

Usage & Applications
Plastic Waste Pyrolysis, Waste Management, Oil Recovery

Production Capacity
Up to 20 Tons/Day

Type
Horizontal Rotary Reactor

Material
High Grade Alloy Steel

Computerized
Yes, No

Automatic Grade
Automatic, Semi-Automatic

Control System
PLC Based, PLC / Manual Control Panel

Drive Type
Electric Motor Drive, Gear Drive

Voltage
380-440V

Power
18-40 kW

Weight (kg)
18000-35000 kg

Dimension (L*W*H)
6000 x 2800 x 3200 mm (approx)

Color
Metallic Grey

Capacity
5-20 Tons per Batch

Features
Corrosion Resistant, High Temperature Endurance, Robust Structure

Machine Type
Batch Type Pyrolysis Plant Reactor

Surface Finish
Anti-Corrosive Coating, Heat resistant paint

Power Consumption
25-35 kWh per batch

Safety Features
Emergency Pressure Relief, Flame Arrestor, Interlock System

Insulation
Glass Wool Layer 120 mm

Cooling Type
Indirect Water-Cooled

Emission System
Standard Pollution Control Equipment Integrated

Discharge Method
Automatic Slag Discharge

Sealing System
Dual Seal, High Temperature Resistant

Recycling Ratio
Up to 90% plastic conversion

Door Type
Hydraulic / Manual Opening

Heating Method
External Furnace (Oil, Gas, or Wood fired)

Reactor Thickness
16-22 mm

Working Pressure
Atmospheric

About Reactor of Plastic Pyrolysis Plant

Experience heroic performance and exquisite technology with the PPR-20 Reactor of Plastic Pyrolysis Plant. Engineered with fresh innovation and first-rate safety, this reserve-grade reactor offers substantial savings in energy and maintenance. The horizontal rotary design, robust alloy steel body, and dual-seal system ensure high temperature endurance and corrosion resistance. Optimize your waste management with up to 90% plastic conversion efficiency and automatic slag discharge. The plant integrates an advanced external furnace, atmospheric operation, glass wool insulation, computerized PLC control, and standard pollution control equipment, making it a sustainable, reliable choice for large-scale plastic recycling.

Versatile Applications & Commercial Utility

The Reactor of Plastic Pyrolysis Plant is designed for diverse usage including commercial-scale plastic waste pyrolysis, fuel oil recovery, and advanced waste management. Its heroic capacity efficiently processes HDPE, LDPE, PP, PS, plastic films, and mixed plastics, making it ideal for recycling facilities, waste-to-energy plants, and environmental service providers. This first-rate machine extends its versatile applications to sustainable resource recovery and strategic landfill diversion, contributing to a cleaner environment and optimized material savings.

Shipping, Sample Availability & Supply Efficiency

Our reactor units can be dispatched from major Indian FOB ports, ensuring swift and reliable shipping worldwide. Samples are available upon request, allowing prospective clients to evaluate quality firsthand. With a robust supply ability and industry-leading production cycles, we guarantee timely shipments at the lowest price points, all without compromising first-rate service or product excellence. Heroic after-sales support and technical consultation ensure your operations remain uninterrupted, efficient, and driven by meaningful savings.

FAQ's of Reactor of Plastic Pyrolysis Plant:

Q: How does the Reactor of Plastic Pyrolysis Plant achieve up to 90% plastic conversion efficiency?

A: The reactor utilizes a highly efficient external furnace, precise temperature control (300C-450C), indirect water-cooling, and a dual-seal system. These features promote optimal pyrolysis conditions, ensuring a high recycling ratio and maximum oil recovery from HDPE, LDPE, PP, PS, films, and mixed plastics.

Q: What types of plastics can be processed with this reactor?

A: The reactor is capable of processing a wide range of plastics, including HDPE, LDPE, PP, PS, plastic films, and mixed plastic waste. This versatility allows for broad application in commercial recycling operations.

Q: When should the reactor be used for maximum operational efficiency?

A: The reactor performs best in continuous, large-volume batch operations, making it ideal for daily commercial recycling or industrial waste management schedules. Operation frequency can be customized according to waste generation and recovery targets.

Q: Where is installation supervision and operational guidance provided?

A: Professional supervision and operational training are provided on-site during installation, ensuring correct foundation setup and optimal configuration, regardless of your facility's location.

Q: What benefits does the advanced sealing system offer during operation?

A: The dual-seal, high-temperature resistant system ensures minimal gas leakage, superior safety, and extended reactor lifespan, all while maintaining efficient conversion and operator protection.

Q: How is safety ensured during plant operation?

A: The reactor is equipped with emergency pressure relief, flame arrestors, interlocks, and PLC-based controls to provide multiple layers of safety throughout operation, protecting both personnel and equipment.

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