Key Takeaways:
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- CLS Environmental Technologies upcycles wood waste into high-value graphene additives, reducing costs, improving material performance, and lowering the construction industry’s carbon footprint.
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- Our efficient thermal process utilizes waste resources and minimizes emissions, making graphene production more sustainable.
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- By leveraging local wood biomass feedstock, we can produce graphene at significantly lower costs than traditional methods.
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- Ongoing R&D aims to drive down graphene manufacturing costs by 90% in 3 years, making it accessible to construction material manufacturers globally.
- Graphene enhances the durability, strength, and performance of building materials, allowing for reduced raw material usage and environmental impact.
CLS Environmental Technologies is revolutionizing the construction sector with its innovative waste upcycling and graphene production technologies. By converting non-recyclable wood residues into graphene additives, we offer a sustainable solution that reduces costs, improves material performance, and lowers carbon emissions.
Our efficient thermal process utilizes waste resources and minimizes emissions, making graphene production more sustainable. Leveraging abundant local wood biomass feedstock, we can produce graphene at massively lower costs than traditional methods.
Through ongoing R&D, we aim to drive down graphene manufacturing costs by 90% in the next 3 years, making it accessible to construction material manufacturers globally.
Graphene’s exceptional properties enhance the durability, strength, and performance of building materials, allowing for reduced raw material usage and environmental impact.
CLS Environmental Technologies is committed to advancing the construction sector’s transition to a truly circular economy. By diverting wood waste to higher value products through our closed-loop manufacturing model, we aim to prove that graphene technologies can drive meaningful decarbonization at industrial scales.
