Variable campaigns
The plant will process different qualified feed campaigns, with inspection or changeover between cycles.
Batch processing systems
Batch Pyrolysis Plants
Compare batch pyrolysis plants for tyres, plastics, medical waste, municipal or excavated landfill waste, oil sludge and biomass.
PRODUCT CATEGORY
Batch Pyrolysis Plant Manufacturer
The batch pyrolysis plant (PB) is relatively flexible and suitable for small - and medium-scale waste recycling. It processes waste tires/plastics and other materials into fuel oil, handling 1-20 tons daily. Designed for flexibility, it combines robust anti-fire material, direct/indirect heating, and ≤85dB operation. Safety features include explosion-proof systems and water seals, enabling small-scale, eco-friendly production.
Equipped with explosion-proof devices, water seal systems, safety valves, and high-temperature alarm systems, it effectively prevents flammable gas leakage and system overpressure problems. All electrical parts adopt fireproof and explosion-proof design, which can be used in areas or industries with high safety standards.
It supports direct combustion and indirect heating modes, and is compatible with energy forms such as fuel oil, natural gas, and combustible gas recycling.
The system operating noise is ≤85dB, which is suitable for deployment in environmentally friendly places close to cities, factories, or residential areas.
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Processes whole/scrap tires into fuel oil (40-45% yield) with magnetic steel wire recovery. Features micro-negative pres...View More
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Designed for mixed plastics (PP/PE/PS, etc), it converts polymers into high calorific diesel like oil. Advanced temperat...View More
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Batch pyrolysis for characterized, compatible medical-waste streams. Treatment conditions, containment and emissions controls require project-specific validation.View More
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Processes organic-rich MSW after pre-sorting. Two-stage pyrolysis gasifies food/textile waste into syngas, while inert m...View More
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Assess an oil sludge batch pyrolysis plant using representative sludge samples, batch records, recovered-liquid requirements and residue acceptance evidence.View More
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Plan a biomass to biochar batch reactor around traceable feedstock, batch-cycle records, char testing, intended use and a separately verified carbon claim.View More
2008
Company was founded
ABOUT US
Jinpeng Industrial Co., Ltd. (Pyrojin)
Better Tech Makes Cleaner Products
Better Tech Makes Cleaner Products
Jinpeng Industrial Co., Ltd. (Pyrojin): Innovating Global Waste-to-Energy Solutions. Batch Pyrolysis Plant Manufacturers and Batch Pyrolysis Equipment Suppliers in China. Specializing in R&D and manufacturing of waste resource utilization equipment, our solutions support waste-resource projects worldwide. Company-level certification and patent documents are published for review; applicability must be confirmed for the selected equipment model and project
NEWS ARTICLE
Update News
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2026-07-20"Batch or continuous - which one is better?" This is the question we hear most often, and the hardest one to answer directly. Because they are not "good vs. better" - they are two designs built for di...Read technical article
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2026-07-17What a Biochar Making Machine Actually Does Feed biomass in one end, get a stable carbon-rich solid out the other - that's the short version. A biochar making machine seals raw material inside a cham...Read technical article
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2026-07-07What Plastic Pyrolysis Oil Actually Is Heat waste plastic to somewhere between 300°C and 500°C with no oxygen in the reactor, and the long polymer chains don't burn, they break apart. That thermal br...Read technical article
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2026-07-02The Critical Role of Tire Shredders in Waste Management Tire shredders are the foundational machinery in the rubber recycling industry, transforming bulky, non-biodegradable waste into manageable raw...Read technical article
INDUSTRY KNOWLEDGE
Industry Knowledge
Introduction to Batch Pyrolysis Plant
A Batch Pyrolysis Plant (PB) is a highly flexible and efficient system designed for small- and medium-scale waste recycling. It processes various waste materials, including tires, plastics, and other organic waste, converting them into valuable products like fuel oil, carbon black, and gas. This technology provides an environmentally friendly solution for managing waste while creating useful by-products.
Working Principle of Batch Pyrolysis Equipment
Batch pyrolysis equipment operates on the principle of thermal decomposition in the absence of oxygen. In a typical batch process, waste materials are heated inside a sealed reactor, where they break down into smaller components. The process involves three main stages:
- Heating: The waste materials are heated to high temperatures, typically between 300°C and 800°C, in a sealed reactor.
- Pyrolysis: At high temperatures, the organic materials decompose, producing fuel oil, gas, and carbon black as by-products.
- Cooling: Once the process is complete, the reactor is cooled to allow the collection of the solid and liquid products.
The ability to control the temperature and heating time makes batch pyrolysis highly adaptable for different types of waste, giving it an edge over continuous systems for smaller, variable-scale operations.
Applications of Batch Pyrolysis Plant
Batch pyrolysis is used primarily for recycling solid waste materials into valuable products. The most common materials processed include:
- Waste Tires: Used tires are one of the most common feedstocks for pyrolysis plants, which convert them into fuel oil, carbon black, and gas.
- Plastics: Plastics, especially non-recyclable ones, can be converted into oil or gas, reducing plastic waste and providing alternative energy sources.
- Organic Waste: Other organic materials like agricultural waste, rubber, and wood can also be processed into bio-oil and biochar.
The products generated by batch pyrolysis include:
- Fuel Oil: A high-quality oil that can be used as a substitute for diesel in industrial machines or engines.
- Carbon Black: A valuable product used in the manufacture of rubber, inks, and other industrial products.
- Synthetic Gas: A combustible gas that can be used to generate heat or power the pyrolysis process itself.
Advantages of Batch Pyrolysis Plant
The batch pyrolysis plant offers several benefits for small and medium-scale waste recycling operations:
- Flexibility: The batch system can be easily adapted to handle various types of waste materials, making it suitable for different industries and waste types.
- Cost-Effective: Due to its small-scale nature, the batch pyrolysis plant is a more affordable option for businesses looking to enter the waste recycling industry.
- Minimal Environmental Impact: The process generates fewer emissions compared to traditional waste disposal methods, helping to reduce pollution.
- Energy Efficiency: The system can be powered using the gases produced during the pyrolysis process, improving overall energy efficiency.
Key Considerations When Setting Up a Batch Pyrolysis Plant
Before setting up a batch pyrolysis plant, several factors need to be considered:
- Feedstock Availability: It is essential to have a consistent supply of waste materials, such as tires, plastics, or organic waste, to keep the plant running efficiently.
- Technology and Equipment: The quality of the pyrolysis equipment is crucial for ensuring high yields of fuel oil and other by-products.
- Regulatory Compliance: Operators must ensure they comply with local environmental regulations and safety standards during the setup and operation of the plant.
- Operational Costs: Aside from the initial investment, maintenance costs, energy consumption, and labor expenses should be factored in when evaluating the financial viability of the plant.
Conclusion
Batch pyrolysis plants offer a viable solution for small to medium-scale recycling operations. Their ability to convert waste materials like tires and plastics into valuable by-products such as fuel oil and carbon black makes them an attractive option for businesses looking to reduce waste and generate alternative energy. With the right equipment and a well-planned setup, batch pyrolysis can provide both economic and environmental benefits.
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