Our Cases- Pyrojin Eco Industrial Co.,Ltd.

In 2019, Jinpeng Industrial Co., Ltd. (Pyrojin) successfully commissioned a 30-ton daily-capacity continuous pyrolysis plant in Thailand. This advanced facility forms a vital component of Thailand’s strategy to address escalating waste tire accumulation while fostering sustainable energy production. By efficiently transforming waste tires into premium pyrolysis oil, the plant significantly aids the nation in reducing landfill burdens, mitigating environmental pollution, and advancing the global ...

In 2015, Jinpeng Industrial Co., Ltd. (Pyrojin) successfully delivered a cutting-edge batch waste oil distillation plant to Malaysia, with a daily processing capacity of 30 tons. This advanced facility was designed to convert waste oil, including used motor oils, industrial oils, and other types of contaminated oils, into high-quality diesel fuel and other valuable products. The project was part of Malaysia's broader efforts to address environmental pollution, improve waste management practices,...

In 2025, Shangqiu Jinpeng Industrial Co., Ltd. (hereinafter referred to as "Jinpeng") successfully put into operation a high-efficiency waste tire recycling project in Binzhou, Shandong Province - a core city in the Yellow River Delta Efficient Ecological Economic Zone. Equipped with 4 sets of batch-type pyrolysis equipment (15 tons per unit per day), the project achieves a total daily processing capacity of 60 tons, annually converting approximately 21,600 tons of waste tires into high-value re...

In 2025, Shangqiu Jinpeng Industrial Co., Ltd. (hereinafter referred to as "Jinpeng") successfully commissioned a high-standard waste tire recycling project in Handan, Hebei Province - a pivotal industrial hub in the Beijing-Tianjin-Hebei coordinated development zone. Equipped with 6 sets of batch-type pyrolysis equipment (15 tons per unit per day), the project achieves a total daily processing capacity of 90 tons, annually converting around 32,400 tons of waste tires into high-value renewable r...