Plastic Waste Recycling

9%

Recycled plastic worldwide

400M/t

Annual plastic production

10%

Plastic products made with recycled material

No water consumption

100% electric

94% efficiency

Plug-and-play machine

All types of plastic waste

No consumables

Thanks to green chemistry, Monomeris has become a pioneer in depolymerization and the production of carbon-free primary raw materials derived from the circular economy. We are committed to providing our customers with the most innovative solutions that deliver both environmental and financial value.

We provide plug-and-play machines capable of processing all types of non-inert waste to convert it into monomers or chemical intermediates.

Up to 6,000 tons

ANNUAL PROCESSING CAPACITY PER MACHINE

Option to set up operations at the client’s site or to share facilities with an industrial partner

Thanks to green chemistry, Monomeris has become a pioneer in depolymerization and the production of carbon-free primary raw materials derived from the circular economy. We are committed to providing our customers with the most innovative solutions that deliver both environmental and financial value.

We provide plug-and-play machines capable of processing all types of non-inert waste to convert it into monomers or chemical intermediates.

Our waste material recovery and depolymerization system was designed not only to meet market needs but also to help reduce negative impacts on people, health, and biodiversity.

The purchase and resale of the resulting monomers enables a rapid return on investment, thereby giving economic value to this waste, which is currently not recycled due to the lack of a viable business model.

Between 4 and 7 years

ROI estimated

Based on the volumes processed, the cost of waste avoided, and the value of recycled products.

Our waste material recovery and depolymerization system was designed not only to meet market needs but also to help reduce negative impacts on people, health, and biodiversity.

The purchase and resale of the resulting monomers enables a rapid return on investment, thereby giving economic value to this waste, which is currently not recycled due to the lack of a viable business model.

All plastic waste can be recycled indefinitely through new cycles thanks to our MELTA machine, thereby avoiding the extraction of oil equivalents and polluting industrial processes.

Our technology offers a complete and sustainable circular economy cycle, particularly for plastics.

100%

MATERIAL RECOVERY

We guarantee the recovery of materials in the form of carbon-free monomers and chemical intermediates for industrial use.

All plastic waste can be recycled indefinitely through new cycles thanks to our MELTA machine, thereby avoiding the extraction of oil equivalents and polluting industrial processes.

Our technology offers a complete and sustainable circular economy cycle, particularly for plastics.

The Benefits of Melta

Our unique, patented technology offers our partners a high-value-added service, enabling them for the first time to recycle their mixed waste streams that were previously not accepted by other recycling channels.

All types of plastic waste

100% electric

0 consumables

100% material recovery

How the unit works

Our container-sized MELTA machine is capable of recycling even the most complex plastic waste.
Shredded waste
Recycling into monomers and chemical intermediates
Gas filtration and recovery of inert waste
Purification of monomers and chemical intermediates
Recovery and marketing of inert Materials
Production of new circular raw materials using monomers and chemical intermediates

Our goals and strategy for a more sustainable chemical industry

01

Decarbonizing the chemical industry: toward more sustainable processes through innovation

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Decarbonizing the chemical industry has become essential because this sector still relies heavily on fossil fuels, both as a source of energy and as raw materials (naphtha, gas, oil). Chemistry is at the heart of nearly every value chain—plastics, fertilizers, solvents, materials, medicines—so its carbon footprint extends throughout the entire economy. Decarbonization enables a significant reduction in climate impact.

02

Increasing the recycling rate of plastic waste: a major challenge for the industry

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Decarbonizing the chemical industry has become essential because this sector still relies heavily on fossil fuels, both as a source of energy and as raw materials (naphtha, gas, oil). The chemical industry is at the heart of nearly every value chain—plastics, fertilizers, solvents, materials, pharmaceuticals—so its carbon footprint extends throughout the entire economy. Decarbonization enables a significant reduction in climate impact

03

Recycle plastic waste as close as possible to the source using compact technology

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Thanks to their compact size, these machines fit easily into any type of industrial environment, even in tight spaces. There’s no longer a need to invest in large-scale infrastructure: their minimal footprint allows for quick, flexible, and cost-effective installation. This mobile design allows the processing unit to be brought directly to the source of the waste, thereby reducing logistics costs and the carbon footprint associated with transporting materials. By bringing recycling capacity closer to the source of waste, we promote more efficient, responsive, and local resource management, while making technology accessible to regions that could not otherwise host or finance a full-scale plant. In short, choosing Monomeris Chemicals means opting for:
  • A turnkey solution
  • The ability to recycle all types of mixed plastic waste
  • Space savings
  • High-performance monitoring for enhanced safety
  • And maximum industrial efficiency

02

Increasing the recycling rate of plastic waste: a major challenge for the industry

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By incorporating more recycled material into our products, we help reduce the amount of plastic waste that ends up in landfills or the environment, while making our industrial model more circular.

By using chemical recycling, we are able to transform this waste into primary raw materials of a quality comparable to fossil resources, which allows us to reduce the carbon footprint of our supply chains while securing more circular sources of materials. This approach also enables us to further close the material loop by reintegrating waste previously considered non-recyclable into our industrial processes.

04

Monomeris Chemicals: Pioneers in Depolymerization

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Thanks to its innovative chemical recycling technology—which goes far beyond conventional processes—and its technological edge and ability to offer concrete solutions to challenges that have previously received little attention, Monomeris stands out as a pioneer in advanced plastics recycling in France. Its positioning helps shape a new generation of industrial processes capable of recovering waste streams once considered non-recyclable, and accelerating the transition toward a more circular and sustainable economy. Depolymerization enables:
  • Recycling of complex plastics
  • Recovery of virgin-quality raw material
  • Reduction of the environmental footprint
  • Relocalization and securing of raw materials
  • Creation of new industrial sectors

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