Ionic Recycling
Instead of our solution and technology, insert: Our patented ionic plastic recycling technology offers manufacturers and recycling operators a solution capable of recovering value from complex and heterogeneous waste streams. This waste is converted into circular monomers in the form of recoverable gases, creating:
- A reduction in the environmental footprint and CO2 emissions
- A new source of economic value for plastic waste
- Local production of monomers from plastic waste, reducing dependence on oil

Next-Generation Thermolysis
Thanks to our compact ionic recycling machines, it is now possible to recover up to 100% of plastic waste. This waste is converted into carbon-free monomers and chemical intermediates, which manufacturers can reuse to produce new materials.

Our machines become your new profit centers
We help landfills, incinerators, industrial facilities, recycling companies, and local governments recover value from their unsorted waste and all forms of plastic waste, including mixed plastics.

Toward a new, sustainable, carbon-Free cycle
Monomeris supports waste treatment facilities by enabling them to convert waste destined for incineration or landfilling into primary raw materials. Our technology offers a comprehensive and sustainable circular economy cycle, particularly for plastics.
Plastic recyclingMonomer production
Production de monomèresProduction de monomères
Our MELTA machine is
6000
tons
of plastic waste
recycled per machine
94%
yield
maximum yield in
monomer production
100%
recycling
material
recovery

Our MELTA Machine
Green chemistry technology for plastic recycling
Monomeris Chemicals’ solutions enable plastic waste to be recycled directly at the production site, thereby eliminating the need to transport it to distant processing centers. Our compact chemical recycling machines, installed as close as possible to waste sites, can process between 2,000 and 6,000 tons of plastic waste per year. The plastics are depolymerized and converted into circular monomers—including circular ethylene, propylene, and butene—for industrial or energy use.
The sector in figures
32Mt
Annual amount of non-recycled waste in France
65%
energy savings compared to the lifecycle of petroleum-based plastics
4t of CO2
saved per ton of
recycled plastic
100%
100% of plastics recycled
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