Chinese SustainTech Alliance
Transform Plastic Waste into Green Gold
A New Path to Low-Carbon Circular Economy
Using advanced pyrolysis technology to convert plastic waste into renewable oil, achieving dual goals of circular economy and carbon reduction.
Global Plastic Crisis
Scale and Urgency of the Problem
Plastic pollution has become one of the world's most severe environmental challenges, generating hundreds of millions of tons of waste annually.
Our Solution
Core Features of Pyrolysis Technology
Using anaerobic heating pyrolysis technology to efficiently convert plastic waste into high-quality renewable oil.
High-temperature decomposition in oxygen-free environment prevents harmful gas generation
Patented catalyst technology enhances oil quality and yield
Fully automated system ensures stable and efficient production
Flexible scalability adapts to different capacity needs
Real-time system parameter monitoring ensures optimal operation
Waste gas treatment system meets zero-emission standards
Process Flow
Plastic Pre-treatment
Crushing, washing, sorting
Pyrolysis Reaction
400-500°C anaerobic decomposition
Catalytic Refining
Patented catalyst tower processing
Oil Collection
Condensation and separation
Quality Testing
CNS standard compliance
ESG Benefits
Carbon Reduction Comparison Analysis
Compared to traditional disposal methods, pyrolysis technology significantly reduces carbon emissions.
Carbon Reduction
vs Incineration
Energy Recovery
Energy Conversion Efficiency
Land Conservation
Zero Landfill Required
Circular Economy
Complete Resource Circulation
Materials & Regulations
Acceptable Materials and Restrictions
Polypropylene (PP)
Food containers, fibers
Polyethylene (PE)
Plastic bags, packaging film
Polystyrene (PS)
Styrofoam, utensils
Nylon
Fibers, engineering plastics
EVA
Foam materials, adhesives
Outputs & Applications
Product Composition and Specifications
Applications:
Applications:
Applications:
Applications:
Energy Industry
Chemical Manufacturing
Transportation & Logistics
Construction Engineering
Process & Equipment
Modular Design and Capacity Planning
- Flexible capacity expansion
- Lower initial investment
- Rapid deployment
- Optimized maintenance costs
Pre-treatment System
Crushing, washing, drying
Feeding System
Automated continuous feeding
Furnace Array
10 pyrolysis reactors
Catalyst System
Patented catalyst tower
Condensation System
Oil condensation and collection
Exhaust Treatment
Environmental emission system
Control System
Intelligent central control
Energy Strategy
Active Renewable Energy vs Passive Renewable Energy
Utilizing recycled oil for self-power generation to achieve energy self-sufficiency and stable supply.
Power Generation
1L ≈ 4kWh
Operation Mode
24/7 Stable
Energy Independence
100% Self-sufficient
Weather Independent
All-weather Operation
Advantages:
- Stable power supply unaffected by weather
- Dispatchable to meet demand
- Simple storage (oil storage)
- Baseload power source
Credibility & Certification
Patents and International Recognition
- Patent No.: I-728850
- Validity: 20 years
- Comprehensive technology protection
- Certified by Shell, SABIC and other major companies
- Diesel-grade light fuel
- Realizing circular economy
- US Department of Energy
- Japan Ministry of Environment
- EU Delegation
- Southeast Asian Governments
Cooperation Themes
Diverse Cooperation Models
Frequently Asked Questions
FAQ