While plastic is a valuable good, plastic waste and its management is an immense global challenge, as only a small fraction of post-use plastic is recycled today. Most of it ends up in landfills, incinerators, and the natural environment causing contamination and polution, due to its chemical complexity along with an existing infrastructure built for a different kind of economy.
We work to expand advanced recycling, giving post-use plastic a new, circular life by developing technology for converting this valuable material back into its original building blocks to be ready for reuse. By enabling plastic circularity on a global and commercial scale, we aim to play a vital role in accelerating the shift to a low-carbon sustainable economy.
The climate crisis, energy shortages, price inflation, and environmental pollution create enormous challenges for our societies. We are fully dedicated to developing a novel technology with ability to recycle environmentally harmful plastics and convert them to valuable products for the economy, in an efficient manner, and as such we contribute to making our future greener and more sustainable. Our technology is unique and different from others in the industry. Its compact scale, modularly expanded, energy efficient, enviroment friendly, of contineous operation, automated, and remotelly controlled.
At thermolysis we aspire to convert plastic waste back into its original building blocks to be able to produce new plastics, fuels and other valuable products. We are disrupting the traditional thinking that hard-to-recycle plastics should be discarded and helping people see that plastics are valuable and designed to become new and usefull again.