Plastic Recycling & Recovery Solutions
Every year, millions of tons of plastic waste are produced globally, contributing to an escalating environmental crisis. Green Environmental Engineering (GEE) addresses this challenge with advanced plastic recycling and recovery systems customized for industrial and municipal clients.
Our turnkey solutions utilize high-efficiency thermochemical and mechanical processes to convert contaminated and mixed plastic into valuable resources such as bio-oil, syngas, pellets, and electricity. We focus on high throughput, energy optimization, and strict compliance with environmental regulations to ensure both sustainability and profitability.
Advanced Conversion Technologies
GEE provides a range of technologies to process plastic waste into energy and materials. The following table highlights our core mechanical and thermal processes:
Plastic Conversion Technology Matrix
| Technology | Process Type | Primary Output | Key Benefit |
| Densification | Mechanical/Thermal | High-density Pellets | Reduces volume for easier transport; prepares material for extrusion. |
| Pyrolysis | Thermal (400°C – 700°C) | Bio-oil, Syngas, Char | Converts plastic back into liquid fuel and chemical feedstocks. |
| Gasification | Thermal (700°C – 1000°C) | Syngas (CO, H₂, CH₄) | High-efficiency electricity generation and hydrogen production. |
The GEE Pyrolysis Advantage
Our pyrolysis reactors are designed for limited-oxygen thermal decomposition. By breaking down polymers into their original molecular building blocks, we produce bio-oil that can be refined for the petrochemical industry. Integrated Air Pollution Control Systems (APCS) ensure all emissions meet Clean Air Regulations.
Mechanical Processing Equipment
To ensure efficiency in handling and downstream processing, GEE offers specialized mechanical hardware:
- Industrial Shredders: High-speed rotating blades break down bulky plastic (bottles, containers, films) into uniform pieces, improving storage and transport efficiency.
- Baler Machines: Available in vertical and horizontal models, our balers use high pressure to compress waste into compact bales, reducing waste volume by up to 90%.
- Densifiers: Use mechanical pressure and localized heat to create dense pellets without fully melting the polymer, saving energy compared to traditional pelletizing.
Advantages of GEE Plastic Recycling Systems
Our systems are engineered to turn waste management from a cost center into a revenue generator:
- Multi-Material Compatibility: Capable of processing complex, contaminated, and multi-layer plastics.
- High Throughput & Automation: Integrated automatic feeders ensure smooth, continuous operation with minimal manual labor.
- Energy Recovery: Systems are equipped with heat recovery units to recycle process heat, significantly lowering operational costs.
- Compliance Ready: All designs prioritize environmental safety, ensuring your facility meets all local and international discharge standards.
GEE Turnkey Expertise: End-to-End Partnership
We guide you through the entire lifecycle of your recycling project:
- Feasibility & Resource Assessment: Analysis of your specific plastic waste stream and potential product demand.
- Process Engineering: Selection of the optimal technology (Pyrolysis vs. Gasification vs. Densification) based on your goals.
- Fabrication & Supply: Manufacturing using high-grade materials and strict quality standards.
- Installation & Commissioning: Rapid deployment and integration into your existing site operations.
- Training & Maintenance: Full operator training and long-term after-sales support with warranted spare parts.
Turn Your Plastic Waste Into a Sustainable Resource
Partner with GEE to implement a high-efficiency recycling system that protects the environment while boosting your bottom line.