Plasticle utilizes a chemical recycling process to depolymerize waste plastics, converting them back into their original raw materials without the use of harmful solvents or expensive catalysts. This technology addresses the limitations of mechanical recycling by enabling the complete recycling of colored and low-quality PET, thereby reducing plastic waste and promoting a circular economy.
Funding
Funding not disclosed
Founders
Product
Problem
Mechanical recycling of plastics faces limitations in processing colored and low-quality PET, leading to a significant amount of plastic waste that cannot be effectively recycled. Traditional methods often fail to return plastics to their original raw material state, hindering the creation of a truly circular economy for plastics.
Solution
Plasticle employs a chemical recycling process to depolymerize waste plastics, converting them back into their original raw materials. The technology focuses on enabling the complete recycling of colored and low-quality PET without relying on harmful solvents or expensive catalysts. By using a neutral, environmentally friendly solvent, Plasticle's process aims for a truly eco-friendly approach to plastic recycling. This allows for the regeneration of low-quality, damaged PET into its pre-production raw materials, facilitating the creation of sustainable, perpetually recyclable plastics without environmental pollution.
Target Audience
Plasticle's primary customers are businesses and organizations seeking sustainable solutions for plastic waste management, including those dealing with colored or low-quality PET that is unsuitable for mechanical recycling.
Features
- Chemical depolymerization of PET waste into original raw materials
- Recycling of colored PET, which is typically not recyclable via mechanical methods
- Recycling of low-quality and damaged PET
- Use of neutral, environmentally friendly solvents
- No expensive or difficult-to-recycle catalysts