Innovative Oil Sludge Pyrolysis Conversion System

• Customization: Available
• Condition: New
• Certification: ISO, CE
• Treatment: Pyrolysis
• Capacity: 15-150 Tons/Day Per Unit (Customizable)
• Heating Method: Indirect, Adjustable Constant Temperature
• Energy Source: Non-Condensable Gas, Natural Gas, Light Diesel Oil
• Emissions: Complies with Chinese, EU,and Other International
• Non-Ferrous Metals(Copper Aluminum) Sort: 98%
• Foam Sorting Rate: 97%
• Trademark: Vary
• Origin: Changsha, Hunan

Product Description

Equipment Highlights

Key Features of Waste Plastic Chemical Recycling Equipment

Nationally Certified & Technologically Leading

Recognized as a leading scientific achievement and listed in the National Catalogue for Comprehensive Utilization of Industrial Resources. Awarded provincial honors including "Hunan Manufacturing Single Champion Product" and "First (Set) Major Technical Equipment," and certified with CE marking.

Globally Proven & Large-Scale Deployed

Over 100 units sold worldwide, processing over 2.7 million tons of solid waste annually. Reliability validated through long-term, large-scale operations.

High Single-Unit Capacity & Broad Applicability

Single-unit capacity up to 150 tons per day. Processes waste plastics from municipal, agricultural, industrial, and medical sources, as well as plastic from construction waste (discarded woven bags, fabric items, packaging waste).

Stable Continuous Operation & Long Service Life

Incorporates core technologies like combined flexible sealing for stable 24/7 operation, with annual runtime exceeding 8,000 hours. Main equipment design life exceeds 10 years.

Environmentally Friendly & Compliant Emissions

Fully enclosed, oxygen-free pyrolysis inhibits dioxin generation at source. Equipped with a combined flue gas purification system, meeting stringent global environmental standards.

Multi-Layer Safety & Reliable Operation

Integrates intelligent interlocking control, leak protection, and emergency response systems for comprehensive safety, ensuring secure production.

High-Value Output & Strong Economics

Utilizes efficient quenching and separation for high-quality pyrolysis oil with high recovery rates. Outputs (oil, carbon) enable high-value applications, delivering clear investment returns.

Equipment Overview

General Overview of Waste Plastic Chemical Recycling Equipment

The waste plastic chemical recycling equipment features a rotary kiln design. Developed by Vary Tech through integration of global technical expertise from the US, Japan, Germany, and Russia, the equipment offers large-scale processing capacity, safe and stable operation, and outstanding comprehensive benefits. It processes mixed plastics from municipal, agricultural, industrial, medical, and construction waste streams. Deployed in projects across China (Hunan, Henan) and South Korea, the equipment is trusted by leading companies such as China Liansu, Conch Venture, Oriental Landscape, and Shengyi Tech.

Equipment Composition

System Components of Waste Plastic Chemical Recycling Equipment

Vary Tech provides two mature solutions: continuous and batch-type, catering to different scales and needs.

Continuous Waste Plastic Pyrolysis Resource Recovery System

Automatic Feeding Device

Sealed conveying ensures continuous, precise, and safe material input.

Pyrolysis Reactor

Precise temperature/pressure control optimizes thermo-chemical decomposition in an oxygen-deficient environment.

Heating Unit

Electric or hot air circulation heating optimizes energy efficiency and reduces operating costs.

Non-Condensable Gas Purification Unit

Advanced gas purification treats process gases, enhancing energy recovery.

Safety Assurance Unit

Leak protection, emergency response, and intelligent interlocking controls ensure process safety.

Flue Gas Purification Unit

Multi-stage purification ensures emissions compliance.

Automatic Discharge Device

Cools and continuously discharges residue in a sealed manner, enhancing safety and efficiency.

Oil-Water Separation Unit

Rapid condensation and multi-phase separation enable efficient recovery of high-quality pyrolysis oil and water.

Gas-Liquid Separation Unit

Efficient separation of gas and liquid pyrolysis products.

Fully Automated Intelligent Control System

Industrial-grade automation enables real-time monitoring, remote oversight, intelligent alarms, and reduced manual intervention for stable, efficient operation.

Batch-Type Waste Plastic Pyrolysis Resource Recovery System

Automatic Feeding Device (Optional)

Customizable sealed feeding (rail/electric flatcar) for stable, efficient operation.

Batch-Type Pyrolysis Reactor

Customizable (hot air or direct heating) for optimized decomposition.

Heating Unit

Direct or hot air circulation heating for efficiency.

Safety Assurance Unit

Comprehensive protection systems for safe operation.

Flue Gas Purification Unit

Multi-stage purification for compliant emissions.

Mobile Screw Discharge Device

Screw mechanism enables cooled, safe, uniform, and sealed discharge.

Oil Collection & Purification Unit

 Integrates condensation and multi-phase separation for efficient product recovery; customizable as integrated/modular subsystems.

Fully Automated Intelligent Control System

Ensures stable, efficient operation with remote monitoring and control.

Technical Parameters

Technical Specifications for Waste Plastic Chemical Recycling Equipment

Parameter	Details
Feedstock	Municipal (bottles, bags, packaging), Agricultural (mulch, pipes), Industrial (packaging, films), Medical (protective gear), Construction (woven bags, fabric, packaging waste).
Outputs	Pyrolysis Oil, Pyrolysis Carbon, Non-Condensable Combustible Gas (system reuse).
Capacity	15 - 150 tons/day per unit (customizable).
Operation Mode	Continuous (feeding/discharge) / Batch.
Heating Method	Indirect, adjustable constant temperature.
Energy Source	Non-condensable gas, Natural gas, Light diesel oil.
Main Reactor Material	Stainless steel inner cylinder.
Automation	Fully automatic, minimal manual labor, remote monitoring.
Emissions	Complies with Chinese, EU, and other international standards.

Resource Products

Resource Products from Waste Plastic Chemical Recycling Equipment

Product	Application
Pyrolysis Gas	Process heat; feedstock for green hydrogen/methanol.
Pyrolysis Oil	Industrial fuel; refined to diesel/gasoline; chemical feedstock (e.g., olefins).
Pyrolysis Carbon	Construction material/fuel; processed into carbon black.

Typical case

Case Studies for Waste Plastic Chemical Recycling Equipment

Project: Municipal Solid Waste Plastic Chemical Recycling

Duration: 

5+ years of stable operation

Volume Processed:

110,000 tons of waste plastics

Technology:

MSW RDF Preparation + Continuous Oxygen-Free Pyrolysis
Scale: 4 sets of large continuous pyrolysis systems

Performance:

Reliably processes waste plastic (~10% content) from mixed municipal solid waste, converting it into clean energy since 2019.

About Vary

FAQ

 Waste Plastic Chemical Recycling Equipment FAQ

Q1: What is the quality and application of the pyrolysis oil?

A1: The oil is high-quality with wide applications. Efficient quenching and three-phase separation yield oil high in light components and calorific value, with low impurities. It serves as industrial fuel, can be refined into non-standard diesel, or used as petrochemical feedstock for olefin production.

Q2: How does this differ from waste tire pyrolysis?

A2: Both use oxygen-free pyrolysis, but differ due to feedstock. Waste plastics require specialized feeding and anti-coking systems due to low density, varied forms, and potential chlorides. Tire pyrolysis focuses more on steel wire separation.

Q3: Can the equipment handle complex mixed plastics and meet environmental standards?

A3: Yes. The equipment is designed for complex mixes from various sources. Combined flexible sealing creates an oxygen-free environment, preventing dioxin formation. A multi-stage flue gas purification system (deacidification, dust removal, adsorption) ensures emissions meet stringent national and international (e.g., EU) standards.