Lines that turn plastic waste into clean granules and organic waste into granulated compost — engineered for steady output and low running costs.
Waste → value
Recycling & compost
Sorting, float-sink and friction washing remove dirt, labels and other plastics before extrusion.
Centrifugal dryers for plastic flakes and rotary dryers for compost keep downstream steps stable.
Melt filtration and uniform pelletizing produce granules that buyers accept; separators keep compost granules on-spec.
Cyclones, blowers and enclosed conveying keep the plant cleaner.
Plastic recycling: sorting, shredding, float-sink and friction washing, centrifugal drying, extrusion with melt filtration and pelletizing — configured for film, bottles, crates or industrial scrap.
Organic waste to compost: intake and storage, blending, granulation, primary and secondary drying, separation and packing — as in our 50 t/day compost plant for the Quetta Waste Management Company.
Shredding, washing and pelletizing lines for recycled plastic granules.
SSP, BOP, NPK and compost fertilizer plants, plus grain pre-cleaning.
Grinding, mixing, conveying, pelleting, cooling, packing · Ladder logic, function block, structured text
Slide gates, diverters, wing gates · Fans, cyclones, air locks
Straight answers to the questions our engineers hear most about recycling & sustainability.
Talk directly with our engineering team for a tailored consultation.
LDPE and LLDPE film, HDPE bottles and crates, PP woven bags and crates, and PET bottles to flakes.
For post-consumer waste, yes — dirt and labels must be removed before extrusion. Clean industrial scrap can often go straight to shredding and extrusion.
Yes. A compost granulation plant blends, granulates, dries, screens and packs organic waste into compost fertilizer.
Yes. We install, commission and run the line with your team until operators are confident.
Tell us about your capacity, raw material and site. Our engineering team will design a custom turnkey solution tailored to your exact requirements and budget.