Plastic Pyrolysis Plant Development

Worldwide plastic waste generation: More than 85% of them are landfills or incineration

• Increasing pollution and carbon emissions

Waste plastics exist in mixed/contaminated form

• Physical recycling methods are limited to disposal

Feature:

• Lower catalyst cost
• Significantly improving energy conversion yield
• Reduction in operating energy
• Large capacity processing and stable continuous operation to secure economic feasibility
• Energy conversion of mixed and metallized plastics
• Significant reduction of carbon (CO2) emissions

• High energy consumption
• Lack of economic feasibility
• The use of expensive catalysts

• 24-ton/day pilot plant

• Verification of energy conversion efficiency and reusability by catalyst composition, concentration, and particle size

• Commercialization of Lab (1kg) → Bench (100kg) → (24t/day)
• Further scale-up (≥100t/day) with Design and Stability and Efficiency Verification Roadmap

• Research institutes, investment companies, EPCC companies, waste plastic collection and processing companies, O&M companies, oil refiners, etc.

• Linking the NDC scheme & carbon credits