Chemical Recycling of Plastic Waste: Basis, Technologies & Advances

While traditional mechanical recycling works well for PET and HDPE, chemical recycling is needed to effectively manage the complex stream of plastics that enter the waste every day. Especially, in the case of food contact materials, chemical recycling proves to be quite efficient as it can cater todifficult to recycle plastics, end of life plastics, or those considered non-recyclable.

Which is why, there is an incentive for you to consider chemical recycling toavoid the loss of quality, performance and properties of the recycled materials.Join this course to:

1. Focus your R&D efforts in the right directionwith a clearer view on chemical recycling methods with comparison of limitations, advantages and disadvantages of the different processes.


2. Recycle a wider range of plastics wastethan what is possible with traditional, mechanical recycling by gaining grasp on concepts of enzymatic depolymerization, pyrolysis, solvolysis…


3. Prepare better for the future & meet today's market needsby understanding how to enable production of high-quality end products (new plastics and chemicals) that can be used multiple applications.

Get a participation certificate on joining the Live Online Course!

This course is forRecyclers, Manufacturers and Supplierslooking for a way to adopt chemical recycling. It will also benefit variouschemical companies.

Exclusive Preview

1. Introduction to chemical recycling
a. Basis of chemical recycling
b. Chemical recycling vs Mechanical recycling


2. Pyrolysis
a. Basis on pyrolysis
b. Advantages of pyrolysis
c。新的热解过程
d. Successful stories


3. Solvolysis
a. Basis on solvolysis
b. Advantages of solvolysis
c. Solvolysis of PET
d. Products of interest
e. Successful stories


4. 酶解聚作用
a. Basis on enzymatic depolymerization
b. Target polymers
c. Successful stories


5. Future perspectives
a. Needs
b. Research


6. 30 mins Q&A- Interact live with the expert for all your technical help!

Have a query? Email usfor any help!