1 Ton Plastic Pyrolysis Plant
1 Ton Plastic Pyrolysis Plant

1 Ton Plastic Pyrolysis Plant

The 1 Ton Waste Plastic Pyrolysis Plant is a compact batch-type pyrolysis unit developed by Aotewei for small-scale waste-plastic recycling projects. It reaches a daily processing capacity of 1-ton waste plastics including plastic bags, PP, PE and PS, with plastic-to-oil yield of 60%-80%. Featuring small footprint, low-entry investment and simple operation, it supports optional auxiliaries such as plastic shredder and oil-water separator. It serves as an ideal entry-level unit for small recyclers, workshop-based recycling projects and start-ups in the solid-waste recycling industry.
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Shangqiu Aotewei Environmental Protection Equipment Co., Ltd. is one of the leading manufacturers and suppliers of 1 ton plastic pyrolysis plant in China. We are committed to providing high quality customized products with competitive price. If you're going to buy ISO certified 1 ton plastic pyrolysis plant, welcome to get quotation from our factory.

 

Products Description

1 Ton Waste Plastic Pyrolysis Plant

The 1 Ton Waste Plastic Pyrolysis Plant is a compact batch-type pyrolysis unit developed by Aotewei for small-scale waste-plastic recycling projects. It reaches a daily processing capacity of 1-ton waste plastics including plastic bags, PP, PE and PS, with plastic-to-oil yield of 60%-80%. Featuring small footprint, low-entry investment and simple operation, it supports optional auxiliaries such as plastic shredder and oil-water separator. It serves as an ideal entry-level unit for small recyclers, workshop-based recycling projects and start-ups in the solid-waste recycling industry.

Price Note: The final price is affected by steel cost, configuration options and exchange rate. Reference price for standard 1-ton model: USD 20,000 / set, excluding sea freight, import duties and on-site installation & commissioning.

1TPDPlasticWastePyrolysisProcessingPlant
Technical Parameter of the Pyrolysis plant
1 Suitable Raw Materials Rubber/Plastic Products etc Rubber/Plastic Products etc
2 Structure Horizontal Rotation Type Horizontal Rotation Type
3 Reactor Size φ2600×6600mm
φ2800×8000mm
φ3000×8800mm
φ1500×2000mm
φ1800×4000mm
φ2000×600mm
4 Capacity for One Batch 8-10Mt; 12-15Mt; 18-20Mt 1Mt; 3Mt; 5Mt
5 Oil Yield from Tyres 38%~45% 38%~45%
6 Work Pressure Normal Pressure Normal Pressure
7 Reactor Rotation Speed 0.4R/M 0.4R/M
8 Fuels Choice Coal, Wood, Gas, Oil Coal, Wood, Gas, Oil
9 Power 15~22kw/h 8~15kw/h
10 Cooling Method Cycling Water Cycling Water
11 Type of Drive External Annular Gear External Annular Gear
12 Heating Method Direct Heating Direct Heating
13 Type of Installation Without Foundation With Foundation / Integrated Base
14 Noise dB (A) ≤ 85 ≤ 85
15 Operating Mode Intermittent Operation Intermittent Operation
16 Total Weight (MT) 25~50 10~25

Features

Compact integrated layout with small footprint

1 Ton Waste Plastic Pyrolysis Plant Adopts compact integrated structure with well-arranged pyrolysis reactor, condensation system and combustion chamber. Only 25-40 ㎡ workshop area is required. Pre-assembly is completed in-factory to greatly reduce on-site assembly workload.

Wide raw-material compatibility for various waste plastics

Compatible with various unsorted waste plastics: PE, PP, PS, plastic bags, plastic films and plastic containers. Ordinary plastics do not require strict sorting. Simple pre-treatment enables tolerance to minor moisture and fine impurities.

Staged-temperature pyrolysis plus optimized condensation system

Applies staged-temperature-control pyrolysis technology. Multi-stage tubular condensers improve oil-gas cooling efficiency and reduce oil-gas loss for stable oil output for different plastic feedstocks. Atmospheric-pressure operation ensures higher operational safety.

Simplified mechanical structure with low operation threshold

Streamlined transmission and sealing design. Intuitive temperature-pressure instrument panel. Only 1-2 operators are needed for regular production. Spare parts are highly universal and locally available.

 

Advantages

Low initial investment for project validation

Compared with medium- and large-size pyrolysis plants, this unit requires less capital and simpler site & auxiliary-facility requirements. It suits budget-limited entrepreneurs to verify real profitability of plastic-to-oil projects.

Flexible intermittent on-demand production

Supports batch-mode intermittent production. It can be started or stopped according to waste-plastic supply without 24-hour continuous running, suitable for regions with unstable raw-material sources.

MiniPlasticPyrolysisPlantMainUnitjpg
WastePlasticToFuelPyrolysisEquipment

Low power & fuel consumption for economical daily operation

Heat-loss-reduced furnace body cuts energy waste. Available heating fuels include firewood, coal, self-produced pyrolysis oil and on-site combustible gas. Self-generated gas satisfies most heating demands and lowers operating costs.

Convenient transportation and fast commissioning

Modular split-frame design. The complete main unit fits into one 20GP container. Short on-site installation cycle; commissioning and production can be finished within 7-10 days after equipment arrival.

Future-upgradeable to protect early-stage investment Users can start with basic configuration. After business expansion, shredding, feeding and flue-gas-treatment modules can be added directly without replacing the main reactor, realizing capacity & configuration upgrade and protecting previous procurement investment.

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Application Scenarios

 

  • Small-scale waste-plastic recycling workshops: Local small recyclers process collected plastic films, bags and plastic scraps. Convert waste plastics into salable pyrolysis oil and gain profits from scattered plastic waste resources.
  • Solid-waste recycling start-ups: New market entrants validate plastic-to-oil business models. Test local raw-material supply and oil sales channels with low risk before investing in larger-capacity plants.
  • Town-level solid-waste-disposal stations: Township waste-sorting facilities treat local domestic waste plastics on-site to mitigate rural plastic pollution and qualify for potential local environmental-protection subsidies.
  • In-house waste disposal for plastic-processing factories: Plastic manufacturers dispose self-generated sprues, defective parts and production scraps. Recovered pyrolysis oil can be reused for factory heating to cut external energy-procurement costs.
  • Scientific-research & educational demonstration projects: Environmental-protection research institutes and vocational colleges for pyrolysis-technology demonstration, small-batch experiments and technical research.

 

Packing & Shipping

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Packing Method:

The reactor is painted with anti-rust coating and wrapped with waterproof tarpaulin. Control cabinets, sensors and electric components are packed in shock-proof wooden crates. Pipes, valves, gaskets and consumable spare parts are sorted and palletized. English-language operation manuals, assembly drawings and packing list are supplied together.

 

Shipping Method:

The complete standard 1-ton unit fits into one 20GP container for sea shipment. For inland transport, flat-bed trucks deliver modules directly to site. All modules are reinforced before shipment to prevent collision-caused damage.

Delivery Lead Time: For standard configurations, production, no-load testing and shipment will be completed within 45-60 working days upon advance payment. Lead time will be extended if optional upgraded accessories (enhanced flue-gas treatment, liquid-level-monitoring assemblies) are added. Real-site photos and operation-test short videos will be provided pre-shipment to help customers prepare the site in advance.

Delivery Lead Time:

35-45 working days upon advance-payment receipt for in-factory assembly and testing. Lead-time will be extended for orders with full sets of auxiliaries. Pre-shipment photos and test videos are provided for customer site preparation.

FAQ

Q1: What is the actual daily throughput? What plastics can be processed?

A: Stable daily throughput of 1 ton for dry PE/PP/PS plastics. Processable materials include plastic bags, plastic films and plastic containers. PVC and PET are not recommended as feedstock.

Q2: How much oil can be produced per ton of waste plastic?

A: Oil yield varies by plastic type: 4555 % for PE & PP; 5055 % for PS, with byproducts of carbon black and combustible gas.

Q3: How many workers are required for operation?

A: 12 operators for batchtype production, and corresponding operation training will be provided by us.

Q4: What site conditions are required for installation?

A: 2560 ㎡ flat hardened ground is required; heavyduty concrete foundation is not needed. Good workshop ventilation is recommended.

Q5: Can shredder and fluegastreatment equipment be added after purchase?

A: Yes. Modular reserved interfaces support later installation of shredder, feeder and fluegaspurification system without modifying the main reactor body.

Q6: What is the warranty period?

A: 1year wholeset warranty for nonhumancaused damage; 1year warranty for main reactor body. Consumable spare parts are supplied at cost price on a longterm basis.

Client References

 

 

Global Market Coverage: Our small 1-ton waste-plastic pyrolysis plants have been exported to more than 20 countries across Southeast Asia, Africa, Central Asia and Latin America. We have served numerous small-scale recycling investors and accumulated abundant practical experience in small-size project implementation.

Client Profiles: Our clients cover individual recycling entrepreneurs, township waste-treatment stations, small plastic-processing factories and environmental-protection research laboratories, including both individual investors and small institutional customers.

Client Repurchase & Feedback: Many customers start with this 1-ton unit for market validation. After establishing stable raw-material supply and product-sales channels, they upgrade to 5-10-ton medium-sized pyrolysis plants, bringing a high referral rate among small-business clients.

Customer-support System: We provide equipment-selection advice, site-layout solutions, installation guidance and operator training. Online remote technical support and fast spare-parts delivery are available. Overseas engineers can be dispatched for on-site commissioning upon customer request.

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