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Binzhou Waste Plastic Pyrolysis Supplier Archive: Conflicting Capacity Records
Evidence-led Binzhou supplier archive: three first-party records conflict on plastic versus tyre feed, 2025 versus 2026 and 12 versus 15 TPD; operation and capacity remain unverified.
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21 Sets of 15TPD Batch MSW Pyrolysis Plants Complete Commissioning and Trial Run in Indonesia (2026 Project Case)
Indonesia (2026). Batch municipal-solid-waste pyrolysis. Capacity stated in the project record: 315 t/day (21 × 15 t/day).
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2 Sets of Semi-Continuous Rubber Powder Pyrolysis Plants in Production in Indonesia (2026 Project Case)
In 2026, Shangqiu Jinpeng Industrial Co., Ltd. delivered two sets of semi-continuous rubber powder pyrolysis plants to a waste recycling investor in Indonesia. Both lines have completed commissioning and are now in formal production.
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4 Sets of 15TPD Batch Tire Pyrolysis Plants Delivered in Liaocheng, Shandong (2026 Project Case)
Liaocheng, Shandong, China (2026). Batch waste-tyre pyrolysis. Capacity stated in the project record: 60 t/day (4 × 15 t/day).
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Beyond the Catalogue: A Customized Waste Oil Processing Plant in Xuzhou, Jiangsu
The client's waste oil stream carried a sludge fraction containing valuable metals. The commercial value of the project sat in that sludge - but the metals could not be recovered efficiently while still bound up in the oil.
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Why Are End-of-Life Solar Panels So Difficult to Recycle?
A Yangzhou photovoltaic-module recycling project uses controlled pyrolysis delamination to separate bonded polymers from glass, silicon cells and metals for downstream recovery.
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One Year On: How a 6-Line Tire Pyrolysis Plant in Handan Turned Scrap Rubber Into a Steady Business
Handan, Hebei, China (2025). Batch waste-tyre pyrolysis. Capacity stated in the project record: 90 t/day (6 × 15 t/day).
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Heze, Shandong
Heze, Shandong, China (2025). Continuous waste-tyre pyrolysis. Documented design capacity: 50 t/day.
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Walking the Line: Inside a 9-Reactor, 135TPD Tire Pyrolysis Plant in Liu'an
A 135TPD plant consumes roughly 4,000 tons of waste tires a month. That volume has to arrive, be weighed, and be stored somewhere before it ever reaches a reactor.
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Malaysia
Malaysia (2023). Continuous waste-tyre pyrolysis. Capacity stated in the project record: 30 t/day.
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Thailand
Thailand (2023). Continuous waste-tyre pyrolysis. Capacity stated in the project record: 30 t/day.
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Yangquan, Shanxi
Yangquan, Shanxi, China (2023). Continuous waste-tyre pyrolysis. Capacity stated in the project record: 90 t/day.
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Pyrolysis Plant(PB) to Côte d'Ivoire
Côte d’Ivoire (2021). Waste-tyre pyrolysis. Equipment lines recorded: 3.
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From the Jinpeng Project Archive: 2×12 TPD Batch Waste-Tire Pyrolysis Project on the Xilingol Grassland, Inner Mongolia, 2020
Xilingol, Inner Mongolia, China (2020). Batch waste-tyre pyrolysis. Documented design capacity: 24 t/day (2 × 12 t/day).
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From the Jinpeng Project Archive: Ten 12 TPD Batch Waste-Tire Pyrolysis Units in a Steel-Industry City - Baotou, Inner Mongolia, 2019
Baotou, Inner Mongolia, China (2019). Batch waste-tyre pyrolysis. Documented design capacity: 120 t/day (10 × 12 t/day).
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From the Jinpeng Project Archive: Two 12-TPD Batch Waste Tire Pyrolysis Lines at an Urban-Adjacent Site in Hohhot, Inner Mongolia, 2019
Two 12-TPD batch pyrolysis units configured for a capital-region site where emission-treatment attention, compact footprint, and public-facing operation shaped the design.
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Project Case in Thailand
Thailand (2019). Continuous waste-tyre pyrolysis. Documented design capacity: 30 t/day.
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From the Jinpeng Project Archive: 2 × 12 TPD Batch Waste-Tire Pyrolysis in Yulin, Guangxi (2019), Configured for a Warm, Humid Climate
A two-unit, 24 TPD combined design-capacity batch waste-tire pyrolysis plant in southern Guangxi, where warm-season cooling-water temperatures and year-round humidity shaped the condensation, gas-handling, and product-storage configuration.
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From the Jinpeng Project Archive: Six-Unit 72 TPD Batch Waste Tire Pyrolysis Project in Ankang, Shaanxi, 2018
Six XY-8-P/PB batch reactors with a combined design capacity of 72 TPD, configured around Qinba mountain-basin logistics - buffered intake, covered storage, and staggered multi-line scheduling where road access is the binding constraint.
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From the Jinpeng Project Archive: Six-Unit Batch Waste-Tire Pyrolysis Hub in Changde, Hunan (2018)
Six XY-8-P batch reactors with a combined design capacity of 72 TPD, configured as a regional collection and processing point for waste tires in central China.
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From the Jinpeng Project Archive: County-Scale Four-Unit Batch Waste-Tire Pyrolysis Project in Chibi, Hubei, 2018
Chibi, Hubei, China (2018). Batch waste-tyre pyrolysis. Documented design capacity: 48 t/day (4 × 12 t/day).
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From the Jinpeng Project Archive: Ten-Reactor Batch Waste-Tire Pyrolysis Project in Chifeng, Inner Mongolia, 2018
Chifeng, Inner Mongolia, China (2018). Batch waste-tyre pyrolysis. Documented design capacity: 120 t/day (10 × 12 t/day).
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From the Jinpeng Project Archive: 2×12 TPD Batch Waste-Tire Pyrolysis Project in Dandong, Liaoning, 2018
Two batch-type horizontal rotary pyrolysis units with a combined design capacity of 24 TPD, configured for a port/border city where inbound feedstock and outbound product movement set the production rhythm.
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From the Jinpeng Project Archive: 2×12 TPD Batch Waste-Tire Pyrolysis Project in River-Port Jiujiang, Jiangxi, 2018
Jiujiang, Jiangxi, China (2018). Batch waste-tyre pyrolysis. Documented design capacity: 24 t/day (2 × 12 t/day).
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From the Jinpeng Project Archive: 2 × 12 TPD Batch Waste Tire Pyrolysis Project in Longnan, Gansu, 2018
A two-unit, 24 TPD design-capacity batch waste tire pyrolysis plant in the Qinling-Daba mountain belt of western Gansu, where staged equipment transport and a locally collected feedstock supply shaped a deliberately modest configuration.
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From the Jinpeng Project Archive: Eight 12 TPD Batch Tire-Pyrolysis Lines in Nanping, Fujian - Multi-Line Scheduling for a Wet Mountain Province (2018)
Eight XY-8-P batch reactors with a combined design capacity of 96 TPD, configured for staggered multi-line scheduling, covered feedstock storage, and wet-climate handling in Fujian's hill country.
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From the Jinpeng Project Archive: A Second Four-Unit 48 TPD Batch Waste-Tire Pyrolysis Project in Puyang, Henan, 2018
Puyang, Henan, China (2018). Batch waste-tyre pyrolysis. Documented design capacity: 48 t/day (4 × 12 t/day).
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From the Jinpeng Project Archive: Six-Unit 12 TPD Batch Waste-Tire Pyrolysis Project in Puyang, Henan, 2018
Six 12 TPD batch reactors - a 72 TPD combined design capacity - configured around the concentrated tire generation of an oil-industry city, and sized against the reality of sharing that catchment with a second operator.
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From the Jinpeng Project Archive: A Two-Unit 12 TPD Batch Waste-Tire Pyrolysis Project in Tonghua, Jilin, 2018
A batch pyrolysis plant is a heat-transfer problem before anything else: the reactor must be brought to pyrolysis temperature, held there through the active phase of the cycle, and then cooled enough to be discharged safely.
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From the Jinpeng Project Archive: 3×12 TPD Batch Waste-Tire Pyrolysis Project in Weifang, Shandong, 2018
For most pyrolysis projects the decisive planning question is distance: how far scrap tires must travel to reach the reactor.
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From the Jinpeng Project Archive: 4×12 TPD Batch Waste-Tire Pyrolysis Project in Yancheng, Jiangsu, 2018
Yancheng, Jiangsu, China (2018). Batch waste-tyre pyrolysis. Documented design capacity: 48 t/day (4 × 12 t/day).
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From the Jinpeng Project Archive: Two-Unit 12 TPD Batch Waste-Tire Pyrolysis Project in Zhongxiang, Hubei, 2018
Zhongxiang, Hubei, China (2018). Batch waste-tyre pyrolysis. Documented design capacity: 24 t/day (2 × 12 t/day).
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From the Jinpeng Project Archive: 6×12 TPD Batch Waste Tire Pyrolysis Project in Yuncheng, Shanxi, 2017
A 2017 central-north China installation in which six 12 TPD batch reactors were organized as one production system - sharing utilities, staging their loading windows, and moving whole tires through the site in a steady flow.
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From the Jinpeng Project Archive: 2×12 TPD Batch Waste Tire Pyrolysis Project in Zhaotong, Yunnan - A First Step into Mountainous Southwest China, 2017
The interesting thing about this archive project is not its headline capacity - 24 TPD of combined design capacity is modest - but the shape of its entry into mountainous southwest China.
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