Think "Nano"
GSF can unlock plastic waste potential with a proprietary innovative nanomaterial based solution. This disruptive technology utilizes a mix of rare-earth materials, copper and carbon-based nanomaterials, proving that chemical upcycling IS possible!!
We upcycle mixed end-of-life plastics, multi-layered plastics, discarded mechanically recyclable plastics, and even ocean plastics that have been degraded by salt and sun. We process plastic waste into base chemicals, monomers and feedstocks.
Think "Nano"
GSF can unlock plastic waste potential with a proprietary innovative nanomaterial based solution. This disruptive technology utilizes a mix of rare-earth materials, copper and carbon-based nanomaterials, proving that chemical upcycling IS possible!!
We upcycle mixed end-of-life plastics, multi-layered plastics, discarded mechanically recyclable plastics, and even ocean plastics that have been degraded by salt and sun. We process plastic waste into base chemicals, monomers and feedstocks.
In a Nutshell
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. We base our technology on the homogeneous affinity between carbon-carbon chains in mixed plastic waste and our reagents. This innovation uses a specific carbon-carbon link force; the structure of the carbon-based nano-materials allow carbon atoms to decouple in a gradual and continuous way, forming new compounds. The chemical “behavior” of our technology reacts in a similar fashion regardless of scale. This is a catalyst-free process.
Our proprietary technology allows us to transform the carbon-carbon link dynamics unlike “traditional” depolymerization processes. Next, it allows us to remove certain pollutants, such as sulfur, relying on copper nano-elements. We then produce innovative products: feedstock chemicals, lab-grade paraffins & waxes or lubricants. GSF is a bridge to circularity while reducing waste in the process.
In a Nutshell
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.
We base our technology on the homogeneous affinity between carbon-carbon chains in mixed plastic waste and our reagents. This innovation uses a specific carbon-carbon link force; the structure of the carbon-based nano-materials allow carbon atoms to decouple in a gradual and continuous way, forming new compounds. The chemical “behavior” of our technology reacts in a similar fashion regardless of scale.
This is a catalyst-free process. Our proprietary technology allows us to transform the carbon-carbon link dynamics unlike “traditional” depolymerization processes. Next, it allows us to remove certain pollutants, such as sulfur, relying on copper nano-elements. We then produce innovative products: feedstock chemicals, lab-grade paraffins & waxes or lubricants. GSF is a bridge to circularity while reducing waste in the process.