Waste Plastic Pyrolytic Catalysis

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Pyrolysis refers to the thermal breakdown of organic materials upon heat application under inert conditions. Generally, pyrolysis is a process with immense potential leading to the production of valuable petrochemical products sourced from waste plastics and/or other organic materials. As such, this process has continued to make waves in the plastic world for years now, with thermal pyrolysis serving as a fundamental process. With this process, the reliability of petroleum/crude oil for energy generation can be reduced and/or altered. Additionally, with pyrolysis, the environmental challenges resulting from waste plastics can be addressed in an eco-friendly manner. Operating temperatures linked to thermal pyrolysis with waste plastics as feedstock can reach up to 627 °C and beyond. High reaction temperatures, among other operating factors, pave the way to utilising catalysts to cut down on high energy inputs and for product optimisation, among other reasons. A catalyst can be any material that enhances a reaction rate without necessarily being used during the process.

[@jiteshchheda2410]

Where do I get this catalyst ...... ? ?

[@EdT.-xt6yv]

3:25 catalyst

[@drcoolautofix]

This is a useless video guys all the nonsensical Miseducation is spending 8 minutes talking about catalyst uses

[@michaelmo267]

Is there any link for the list of catalysts and reaction findings displayed in the video ?

[@EncyclopediaMDPI]

You can see it on:encyclopedia.pub/entry/22200 or the original paper: www.mdpi.com/2227-9717/10/4/683

[@artemhuralskyi1238]

Enzymatic pyrolysis😂

[@johan5660]

this video makes me more confused 🤣

[@HazelChem]

Hello as you are using my video from 7:58 on I kindly ask you to put a reference in your video where you took from.
best hazelChem

[@EncyclopediaMDPI]

Thank you for your comments. We have added the link of original video in description and a card link in the video at 7:58. Is it Ok for you?

[@HazelChem]

@@EncyclopediaMDPI Hey thank you that is totally fine with me!
best hazelChem