Plastic to Oil Plant Cost : Price Guide for Waste Plastic Pyrolysis Projects

Greater daily throughput demands stricter feedstock consistency. Bigger systems need robust feeding and condensation modules. Wax management and gas cleaning also scale with size. Automation levels must rise alongside processing capacity. Higher output requires tighter control across all stages.

Many commercial plastic recycling projects begin with 10–15 TPD batch or 8-20 TPD semi-continuous pyrolysis systems because these configurations provide a practical balance between investment cost, operating flexibility and processing capacity. Continuous plastic pyrolysis plants are generally recommended for large-scale investors with consistent plastic waste availability, standardized feedstock preparation and reliable downstream markets for pyrolysis oil.

Raw material quality often outweighs capacity in investment decisions. PE, PP, and PS perform well under suitable pyrolysis conditions. They generate recoverable oil or wax-rich outputs when processed properly. Clean, dry, and well-sorted plastics simplify system design greatly. Operation also becomes more stable with such consistent feedstocks.Steady supply of these polymers boosts profitability and project evaluation.

PVC, PET, moisture, sand, metal, food residue and laminated materials can raise the total cost. PVC may create chlorine-related gas treatment pressure, while PET is usually not the preferred feedstock for oil recovery. Wet or dirty plastic may require drying, sorting, shredding or washing before entering the reactor. Yushunxin can evaluate raw material status and recommend suitable pretreatment and pyrolysis configurations.