Background

Dynamic Chemical Recycling: Advancing Sustainable Plastic Solutions

Innovative Chemical Recycling for Hard-to-Recycle Plastics

Chemical recycling is an advanced technology that breaks down plastic waste into small-molecule compounds or monomers through chemical reactions, enabling efficient plastic circularity. Globally, chemical recycling methods mainly fall into two categories:

• Chemical Depolymerization (Solvent-Based Decomposition)
• Thermochemical Conversion (Pyrolysis and Gasification)

Using catalysts such as methanol, ethanol, and bio enzymes under high-temperature conditions, these processes decompose plastics into valuable feedstocks for reuse.

Why Chemical Recycling?

While mechanical recycling enables bottle-to-bottle PET recycling that complies with food-grade regulations such as FDA and EFSA, chemical recycling is better suited for materials that are difficult to process mechanically, such as:

• Post-consumer textiles
• Multilayer films
• Mixed plastics that are hard to sort and separate

Dynamic's Breakthrough in Chemical Recycling

At Dynamic, we see chemical recycling as a crucial part of sustainable plastic waste management. Our innovative technology is designed to overcome high investment and energy consumption challenges, offering high-efficiency, low-energy solutions for hard-to-recycle plastics. With our pilot plant trials reaching completion, we are committed to scaling and commercializing our cutting-edge chemical recycling technology.
Target Applications

Dynamic's chemical recycling technology is particularly effective for:

• Waste textiles
• Colored PP plastics
• Mixed plastic waste that is difficult to sort