Our solutions for sustainable polymers
New energy carriers are necessary in order to fight global warming, through sustainable polymers obtained, for example, through a circular model where waste is finally considered a valuable feedstock.
Our technology offering in Sustainable Polymers is extensive and comprehensive: Plastic Upcycling and Compounding, Chemical Recycling, and Biodegradable and compostable polymers. Towards increasingly challenging objectives for plastic waste recycling, NextChem proprietary technology allows to invert the common and usual “waste- to-market" approach into a customer driven "products-from-waste” strategy. Starting from the downstream market demand in terms of polymer quality, we can transform a plastic waste into a secondary raw material with physical and chemical characteristics and mechanical properties similar to those of virgin polymers, replacing polymers derived from fossil feedstock.
A complete solution for a fast deployment of new advanced Mechanical Upcycling plants to maximize the valorisation of plastic waste into circular r-polymers, based on the experience gained in the development and industrial operations of MyReplast Industries' reference plant.
This solution offers an holistic approach in accelerating and facilitating the design and the deployment of new Upcycling plants.
NX Remono PMMA
Innovative technology for chemical recycling of polymethyl methacrylate (PMMA), a premium polymer employed across several industrial sectors.
Depolymerization of PMMA to its basic monomer that can be used for production of new plastics with identical quality of the polymers produced from virgin fossil based monomers. This solution represents a new step towards a circular economy overcoming the problems of lower quality of the mechanical recycled plastics, at the same time enabling access to lower quality feedstock such as end-of-life PMMA good.
Our world is being impacted by powerful trends that are reshaping it and go into the core of our daily lives.
Increase in polymer production needed from 2019 to 2060
Increase in biopolymer production needed from 2020 to 2030
Increase in the recycling of plastic waste by 2025
of total global plastic supply provided by plastic reutilization in 2030
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Hydrogen & Circular Carbon
Fuels & Chemicals