Plastic recycling faces severe multi-faceted challenges. Plastic pollution accumulates exponentially, with impacts intensifying over time. Each day of inaction escalates contamination, dramatically increasing remediation complexity and costs—inflicting profound, irreversible harm on ecosystems and human health.
Plastic recycling faces persistent challenges, including inefficient shredding/cleaning, substandard purification, and inadequate environmental compliance. Achieving efficient purification and premium-grade recyclate is now imperative for industry advancement.
Streamline Eco Tech as a leading advanced equipment manufacturer and system solution provider for critical pain points in plastic waste recycling with its rigid plastic wash recycling line. Through compact engineering and functional specialization, this line transforms waste plastic into high-value recyclate—an indispensable hardcore solution enabling circular economies.
Key Features
- Continuous Automated Processing
Shredded rigid plastic advances through integrated conveyor/piping systems enable seamless automation: washing → dewatering → storage workflow. Minimizes manual handling while maximizing throughput. - Modular Functional Zoning
Dedicated equipment (e.g., shredding, washing, dewatering) optimized for individual functions, combined into a high-efficiency recovery system. - Heavy-Duty Processing Capacity
Engineered for rigid plastics (PET bottles, HDPE containers, PP/PS products) with robust construction handling high-hardness, large-volume fragments. - Deep-Cleaning Assurance
Multi-stage cleaning (pre-wash, main wash, rinse) with frictional/thermal action removes oils, labels, and contaminants. - Closed-Loop Resource Design
Wash water recycled via filtration systems (85%+ reuse rate); processed flakes directly feed pelletization for circular resource flow.
Equipment
| Equipment | Function |
| Crusher | Primary size reduction of whole bottles/rigid plastics into uniform flakes. |
| Friction Washer | High-speed rotor-water friction stripping labels, grit/adhesives. |
| Float-Sink Tank | Density-based separation of flakes vs. sediments (metals/sludge); optional air agitation. |
| Hot Wash Tank | Hot water + detergent dissolution of oils/organic residues. |
| High-Speed Dewatering Centrifuge | Centrifugal drying (<10% moisture content). |
| Storage Silo | Buffer storage for cleaned flakes before pelletizing/packaging. |
| Conveyor | Automated material transfer (belt/screw conveyors). |
Optional additional configuration system
- Impurity Sorting: Magnetic separators (post-shredding) for metals; optical sorters remove off-color flakes.
- Water Treatment System: Multi-stage sedimentation/filtration achieves industrial wastewater reuse standards.
- Automated Control: Centralized PLC panel for real-time adjustment of temperature, RPM, Machine start-up & shutdown, and water volume ensuring system stability.
This industrial-scale solution epitomizes closed-loop innovation—turning rigid plastic waste into premium feedstock while slashing environmental footprints.
Frequently Asked Questions
What are the main steps in plastic recycling?
Collection and sorting, size reduction (shredding then granulating), washing, separation by density/type, drying and finally pelletising or direct reuse as regrind.
Why shred plastic before washing?
Shredding increases surface area and unlocks trapped contaminants, making washing and separation far more effective and raising final flake purity.
What is regrind and how is it used?
Regrind is the uniform flake produced by a granulator from clean plastic scrap. It is fed straight back into extrusion or blending, closing the loop on in-house scrap.