Mitsubishi Chemical Europe’s Post

Do you want to reduce the environmental impact of your vehicles? 🤔 Would you like to reuse waste plastics as feedstock for your applications? Watch this video from the Mitsubishi Chemical Group! You will see innovative chemical recycling solutions. You will learn how various types of plastics, including PMMA, can be converted into oil or monomers that can be reprocessed into high-quality plastics or chemical products. ♻ You will also see how MCG collaborates with other market players and society to achieve a carbon-neutral and circular economy. If you would like to learn more about chemical recycling technologies and how these can benefit your business, visit our website: 👉https://shorturl.at/1Lw6F  #automotive #engineering #EV #carbonneutrality #chemicalrecycling

Do you want to reduce the environmental impact of your vehicles? 🤔 Would you like to reuse waste plastics as feedstock for your applications? Watch this video from the Mitsubishi Chemical Group! You will see innovative chemical recycling solutions. You will learn how various types of plastics, including PMMA, can be converted into oil or monomers that can be reprocessed into high-quality plastics or chemical products. ♻ You will also see how MCG collaborates with other market players and society to achieve a carbon-neutral and circular economy. If you would like to learn more about chemical recycling technologies and how these can benefit your business, visit our website: 👉https://shorturl.at/1Lw6F  #automotive #engineering #EV #carbonneutrality #chemicalrecycling

🔄♻️ Did you know that chemical recycling is the game changer for recycling plastics? It is used for hard-to-recycle raw materials, highly contaminated plastics, and even thermosetting materials that cannot be melted down. Chemical recycling breaks down waste materials into their basic building blocks, known as monomers, using #catalysts. 👨🔬 Evonik is working on a platform technology for cost-efficient processes with an optimized life cycle assessment. Also we are involved in converting mixed plastic residues into pyrolysis oils, which can replace petroleum-based Naphtha in the petrochemical process. 🌍 The complementary technology synergy of mechanical recycling and chemical recycling has the potential to convert many millions of tons of waste into valuable materials. Only innovative solutions will bring the difference 💪 What do you think about it? #FollowUsBeyond #chemicalrecycling #recyclingtechnology #sustainability #innovation #wastemanagement

#circulareconomy   💡 Chemical recycling is an essential component of a circular plastics industry.   #SÜDPACK is investing in chemical recycling as an alternative for film structures which can’t be mechanically recycled. Nowadays, most of these materials are consigned to thermal utilization. With Chemical recycling, these film structures can be converted into valuable raw materials suitable for production of plastic polymers which can be converted into high-performance-films.   💡 Various LCAs confirm that chemical recycling is preferrable to thermal utilization, in particular in terms of carbon footprint. It enables keeping the plastic in the loop and therefore makes a crucial contribution to resource saving and reducing CO2 emissions in the plastics industry.   Read more: https://lnkd.in/e7zZK8Qs   #chemicalrecycling 

Clarifying European terminology in plastics recycling: The increasing activities in plastics recycling have led to a sprawl of terminology describing different technologies and technology categorizations.

Chemical recycling offers an important and indispensable part of a circular economy solution in the plastics industry. Chemical recycling can be used to recycle multi-layered materials as well as contaminated and mixed plastics that are not recyclable with existing mechanical recycling processes. Chemical recycling enables hard-to-recycle plastics to be processed back into virgin-like materials for repeated use and therefore reduces the demand for virgin materials ♻️ #plasticrecycling #circularity #chemicalrecycling

In 2050, recycled carbon will account for more than 50 % of the carbon molecules embedded in chemicals and materials. Technologies that enable advanced recycling of a wide range of materials will thus play a crucial role in defossilization. Read more about how we at Alfa Laval envision the future circular landscape: https://lnkd.in/dcnHMTKn

An exciting read in the latest issue of Plastics Machinery & Manufacturing, highlighting how SABIC’s innovative #TRUCIRCLE™ ocean bound plastics solutions are impacting the world of #recycling. A further step towards a more #sustainable future. 👇

The following is a time chart tracking the chemical recycling innovations and investments announced within the plastics industry. Details include a brief description along with a link to read more about each announcement. More information about chemical recycling and respective technologies is available at the bottom of this page. Sustainable Plastics

The following is a time chart tracking the chemical recycling innovations and investments announced within the plastics industry. Details include a brief description along with a link to read more about each announcement. More information about chemical recycling and respective technologies is available at the bottom of this page. Sustainable Plastics