About Regenesis Materials

Regenesis develops advanced recycled polymers for the fashion industry, starting with eyewear. Their proprietary ECOFUSION technology transforms ocean-bound plastic waste and captured CO2 from coconut shells into new materials, enabling brands to achieve net-zero goals and reduce environmental impact.

```xml <problem> The eyewear industry relies heavily on virgin plastics, contributing significantly to CO2 emissions and plastic waste, with millions of tons of plastic entering the ocean annually. Consumer demand for sustainable products is increasing, but current supply chains struggle to provide eco-friendly alternatives without compromising performance or cost. </problem> <solution> Regenesis Materials provides net-zero, high-performance recycled materials for the eyewear industry, addressing the environmental impact of traditional plastics. Their proprietary ECOFUSION technology upcycles ocean-bound plastic waste and captured CO2 from coconut shells, transforming them into advanced materials. By using nanotechnology, Regenesis re-engineers waste to match the mechanical properties of conventional eyewear materials while reducing emissions and capturing carbon. The resulting materials offer a sustainable and cost-effective alternative, enabling brands to achieve their sustainability goals and meet consumer demand for eco-conscious products. Regenesis aims to create a fully regenerative supply chain, turning waste into valuable resources for the global fashion industry. </solution> <features> - ECOFUSION technology: A patent-pending process that captures CO2 from coconut shells and blends it with ocean-bound plastic waste. - CARBONITE: A super-strong nanocomposite infused with recycled carbon fiber and graphene for sports frames. - OCEANTATE: A thermo-moldable sheet material crafted from ocean-bound plastic and captured carbon for fashion frames. - AEROLITE: An ultra-lightweight material blended with recycled glass microspheres and aerogel for optical frames. - Nanotechnology: Re-engineering plastic waste to match the mechanical properties of current eyewear materials. - Double circularity: Upcycling both plastic waste and agro-waste from discarded coconuts. - Closed-loop recyclability: Ensuring recycling capability at the end of the materials' life. - Carbon capture: Using photosynthesis to sequester atmospheric CO2 and lock it into products. </features> <target_audience> Regenesis Materials targets eyewear brands seeking sustainable, high-performance, and cost-effective alternatives to virgin plastics to reduce their environmental footprint and meet consumer demand for eco-friendly products. </target_audience> ```

What does Regenesis Materials do?

Employees

3 employees

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Regenesis Materials

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Executive Summary

regenesismaterials.com 100+

Funding

No funding information available.

Team (<5)

No team information available.

Company Description

Problem

The eyewear industry relies heavily on virgin plastics, contributing significantly to CO2 emissions and plastic waste, with millions of tons of plastic entering the ocean annually. Consumer demand for sustainable products is increasing, but current supply chains struggle to provide eco-friendly alternatives without compromising performance or cost.

Solution

Regenesis Materials provides net-zero, high-performance recycled materials for the eyewear industry, addressing the environmental impact of traditional plastics. Their proprietary ECOFUSION technology upcycles ocean-bound plastic waste and captured CO2 from coconut shells, transforming them into advanced materials. By using nanotechnology, Regenesis re-engineers waste to match the mechanical properties of conventional eyewear materials while reducing emissions and capturing carbon. The resulting materials offer a sustainable and cost-effective alternative, enabling brands to achieve their sustainability goals and meet consumer demand for eco-conscious products. Regenesis aims to create a fully regenerative supply chain, turning waste into valuable resources for the global fashion industry.

Features

ECOFUSION technology: A patent-pending process that captures CO2 from coconut shells and blends it with ocean-bound plastic waste.

CARBONITE: A super-strong nanocomposite infused with recycled carbon fiber and graphene for sports frames.

OCEANTATE: A thermo-moldable sheet material crafted from ocean-bound plastic and captured carbon for fashion frames.

AEROLITE: An ultra-lightweight material blended with recycled glass microspheres and aerogel for optical frames.

Nanotechnology: Re-engineering plastic waste to match the mechanical properties of current eyewear materials.

Double circularity: Upcycling both plastic waste and agro-waste from discarded coconuts.

Closed-loop recyclability: Ensuring recycling capability at the end of the materials' life.

Carbon capture: Using photosynthesis to sequester atmospheric CO2 and lock it into products.

Target Audience

Regenesis Materials targets eyewear brands seeking sustainable, high-performance, and cost-effective alternatives to virgin plastics to reduce their environmental footprint and meet consumer demand for eco-friendly products.