Plas-TCat®
Efficient Chemical Recycling of Mixed Waste Plastic

Plas-TCat converts mixed plastic waste into valuable chemicals used today for producing virgin plastics in one efficient step

Plas-TCat converts mixed plastics into valuable chemicals, processing all types, including PET, PC, PE, PP, and nylon, without intermediate steps.
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This innovation tackles non-recyclable plastics, reducing landfill waste and ocean pollution.

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Plas-TCat® – Feedstock Supply Advantages

Plas-TCat technology handles most waste plastics with minimal sorting and pre-treatment, making it ideal for municipal feedstock. It streamlines processing, reducing steps and minimizing costs for conversion into valuable chemicals.

Plas-TCat can be used to recycle a broad range of mixed plastic waste feedstock, for example:

Single use plastic

Flexible Packaging

Flexible Films

Composite Plastics

Plastic containing Nitrogen, Oxygen and other Heteroatoms

Other hard-to-recycle
materials

Five Reasons why Plas-TCat® is a game changer

1. Plas-TCat process:

Plas-TCat process: Direct conversion of plastic waste feedstock into light olefins and aromatics and paraffins.

2. Competitive Economics:

High IRR due to high yield, large scale conversion of mixed feedstock directly into valuable BTX and light olefins.

3. No chemical upgrading needed

Output ready for purification and sale without significant hydro-treating

4. LCA benefits:

Reduces CO2 emissions by up to 50% compared to identical products made from fossil resources

5. Scalable

Commercial plants can process over 200,000 metric tons of plastic waste annually

Catalytic Pyrolysis Mechanism

Direct route to High-Value Products

Anellotech’s technology offering provides major chemical producers with optionality, so they can meet their strategic needs.

Major olefin producers can leverage Plas-TCat to maximize olefins; while major BTX producers can leverage Plas-TCat to maximize BTX

Highly Efficient Catalysts for
Plastic Conversions Developed

Plas-TCat®Efficient Chemical Recycling of Mixed Waste Plastic