DePoly

For a Sustainable Future

Rethink Recycling

Technology

Simple Sustainable Recycling

 

 Our innovative low-cost low-energy process produces terephthalic acid (TPA)

and mono ethylene glycol (MEG) from post-consumer PET plastic waste.

We depolymerize, all PET plastics including mixed color, and polyester fibers.

 

Our process can selectively treat PET plastic in the presence of other plastics like polypropylene or

polyvinyl chloride, which is difficult to do using current recycling technologies.

We can also have the advantages of our technology in point with little graphics. For example:

Sustainable

Treats all PET wastes

Low energy

Low carbon footprint

Innovative but simple

Impact

A Sustainable Circular Economy for PET

 

Sustainability

We are closing the loop on PET production by recycling post-consumer PET plastic waste.

Our products are then directly used to remade new PET plastic.

 

Cleaning our landfills and Oceans. 

By implementing our technology, we are determined to recycle millions of tons of waste plastics that are polluting our natural environment back into the production system. 

Reduce reliance on oil 

Our technology can reduce our dependence on oil products in production of 100% recycled PET resins 

For every ton of plastic we recycle, we save the equivalent of .... 

 

For every ton of plastic that we recycle, we save the equivalent of:

10 passengers flying 

London - New York

4 EU Households annual 

electricity

431 less trees being

cut down and used 

A car travelling around the world 

18 Barrels of burnt

Oil

 

Meet the Team

Key Leaders & Advisors

Sam

CEO & Founder

Sam has a Ph.D in chemistry from EPFL - Valais and is passionate about developing sustainable chemistry businesses that help fight global issues we current face. 

Chris

CSO & Co-Founder

Chris has a Ph.D from Liverpool University, and over 10 years experience as a materials chemist. He is enthusiastic about using science to solve the worlds environmental challenges.

Bardyia

CTO & Co-Founder

Bardiya is a Ph.D candidate in chemical engineering at EPFL. His ambition is to pave the way for a shift toward a sustainable chemical industry by combining his experience in academia and industry.

Advisors

Berend Smit (EPFL) 

Simon Johnson (EPFL): 

Eric Plan (The Ark, CleanTechAlps)Sustain 

 

Award Winning Technology

Success stories so far

1/1

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