How our nano-architecture enhances a pyrolysis process
We breakdown polymers into their base building blocks, monomers, and add what is “missing” to the mix to create sustainable high value products from mixed plastic waste.
The structure of the carbon-based nano-materials allow carbon atoms to decouple in a gradual and continuous way, forming new compounds.
We base our technology on the homogeneous affinity between carbon-carbon chains in mixed plastic waste and our reagents.
It allows us to remove certain pollutants, such as Halogens, Metals, Heteroatoms and reduce or avoid Coke Formation.
A higher quality of py-oil that may enable superior performance in a steam cracking environment.
Benefits
The chemical “behavior” of our technology reacts in a similar fashion regardless of the pyrolysis plant industrial scale.
Chemical and petrochemical industries will Benefit from converting mixed plastics into virgin-quality feedstock.
Our proprietary graphene-based nanotechnology enables any pyrolysis process to use mixed plastics with a 10% to 20% lower energy requirement, while capturing contaminants in the mix.
The resulting enhanced process and products are greener.
We enable processing plastic waste into base chemicals, monomers and feedstocks.
