The MELTA1
our standard depolymerization solution

Recycling
Audit and renewable energies
Production of monomers
Production of chemical intermediates
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Our solutions

Recycling
Group 1000006226

Decarbonizing industry

Our innovative industrial process enables us to develop a new green chemistry sector, decarbonated, water-free and competitive.
Group 1000006227

A disruptive technology

Our patented catalysts enable all types of non-inert waste to be recycled with low environmental impact
3

Customized design

Our modular container technology offers you a recycling process tailored to your needs, enabling you to transform your waste into monomers and various chemical intermediates from the circular economy.
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Optimal supply chain

Monomeris takes care of your entire supply chain, from the upstream phase of waste collection to the downstream phase of receiving and delivering the primary raw chemicals produced.

96413

Our solutions

Audits and Renewable Energies

Services and advice prior to our installation. Our team of experts and auditors will advise you on the following points

Soil and surface surveys and sustainable building design

Architectural integration of our containers into your industrial environment

Energy and 360° impact studies, advice and supply of renewable energy solutions

Co2 audit, industrial and logistics flows, training and action levers

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Our solutions

Production of monomers

We can produce the following monomers from recycling and our patented technology

Ethylene  

The most widely used monomer in the world, with the formula C2H4, it forms the basis of the most widely manufactured polymer: polyethylene. It is also a precursor of many chemical compounds. It's the compound we produce most regularly from a wide range of plastic resins, notably polyolefins.

Propylene 

The second most widely used monomer in the world, with the formula C3H6, it is used to manufacture polypropylene and other chemical compounds. It's a monomer we produce mainly from polyolefins.

Butenes  

Produced as a generally minority fraction, we can produce the different C4s (1-Butene, 2-Butenes, isobutene, butadiene) depending on the resin blends to be processed, including elastomers which favor their production. They are used in the manufacture of a wide range of polymers and chemical compounds.

Styrene

A specific aromatic compound, it is used, for example, in the production of polystyrene, ABS, SAN and BS resins. We produce it almost exclusively via depolymerization of styrenic polymers.

Halogenated compounds

From chlorinated wastes, notably PVC, and with the help of more specific catalysts, we can direct the production of halogenated compounds, potentially including vinyl chloride and dichloroethane.
96413

Our solutions

Production of chemical intermediates

Depending on your needs, we can orient our production units to also produce the following compounds:

Nitrogen derivatives

Conventional monomers and nitrogen derivatives (amines, hydrogen cyanide, acrylonitrile) can be produced from mainly polyamide (PA, PPA, etc.) or acrylonitrile-based waste products.

BTEX

These compounds are regularly generated from aromatic resins (PET, PBT, PC, PEEK, PSU...) and can be more easily separated from light monomers by condensation.

COV

Depending on the process conditions and also from woody and cellulosic waste, our units can be optimized to produce certain oxygenated compounds, in particular aldehydes and ketones of low molar mass.

Hydrogen

Depending on the waste mixtures processed, a hydrogen fraction may be generated and separated from the monomers and chemical intermediates. Sometimes generated in the form of Syngas (CO / H2 mixture), hydrogen production generally represents a small fraction and can influence the other compounds resulting from depolymerization.

Secondary gases

In addition to the other chemical compounds generated, and depending on the waste mix, some recoverable residual gases may be produced, such as ammonia (NH3), hydrochloric acid (HCl), hydrogen sulfide (H2S) and methane (CH4).
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Our solutions

Production of monomers

We can produce the following monomers from recycling and our patented technology

Ethylene
The most widely used monomer in the world, with the formula C2H4, it forms the basis of the most widely manufactured polymer: polyethylene. It is also a precursor of many chemical compounds. It's the compound we produce most regularly from a wide range of plastic resins, notably polyolefins.
Propylene
The second most widely used monomer in the world, with the formula C3H6, it is used to manufacture polypropylene and other chemical compounds. It's a monomer we produce mainly from polyolefins.
Butenes
Produced as a generally minority fraction, we can produce the different C4s (1-Butene, 2-Butenes, isobutene, butadiene) depending on the resin blends to be processed, including elastomers which favor their production. They are used in the manufacture of a wide range of polymers and chemical compounds.

Styrene

A specific aromatic compound, it is used, for example, in the production of polystyrene, ABS, SAN and BS resins. We produce it almost exclusively via depolymerization of styrenic polymers.
Halogenated compounds
From chlorinated wastes, notably PVC, and with the help of more specific catalysts, we can direct the production of halogenated compounds, potentially including vinyl chloride and dichloroethane.
Line 31

Our solutions

Production of chemical intermediates

Depending on your needs, we can orient our production units to also produce the following compounds:

Nitrogen derivatives
Conventional monomers and nitrogen derivatives (amines, hydrogen cyanide, acrylonitrile) can be produced from mainly polyamide (PA, PPA, etc.) or acrylonitrile-based waste products.
BTEX
These compounds are regularly generated from aromatic resins (PET, PBT, PC, PEEK, PSU...) and can be more easily separated from light monomers by condensation.
COV
Depending on the process conditions and also from woody and cellulosic waste, our units can be optimized to produce certain oxygenated compounds, in particular aldehydes and ketones of low molar mass.
Hydrogen
Depending on the waste mixtures processed, a hydrogen fraction may be generated and separated from the monomers and chemical intermediates. Sometimes generated in the form of Syngas (CO / H2 mixture), hydrogen production generally represents a small fraction and can influence the other compounds resulting from depolymerization.
Secondary gases
In addition to the other chemical compounds generated, and depending on the waste mix, some recoverable residual gases may be produced, such as ammonia (NH3), hydrochloric acid (HCl), hydrogen sulfide (H2S) and methane (CH4).