USING BLOCKCHAIN TECHNOLOGY TO CREATE REAL-TIME TRACK & TRACE OF ALL CHEMICALS USED IN THE PLASTIC MANUFACTURING SECTOR 

Sustainable Development Goals: Goal 12 - Responsible Consumption and Production, Goal 15 - Life on Land Organizations Involved: MIT Sloan School of Management, Kodexe, Several Chemical Companies, Plastic Manufacturers & Plastic Recyclers Services: Energy & Waste Audits, Plant Efficiency Upgrades, Due Diligence Services, Supply Chain Management, Carbon Management

In this example case study we review the application of the patent-pending KleanLoop platform and DApp; a decentralized waste management commodities and services exchange that collects and stores real-time plastic recycling industry data to help improve efficiencies in the global plastic recycling industry.  

KleanLoop's blockchain technology is set to transform the plastic waste recycling sector by enhancing transparency, transaction speeds, and ease of access to commodity trading data. Creating symbiosis between one company's waste and feedstock for another company's recycling process; creating circularity within the plastic industry.

Utilizing blockchain; automated data population and AI; KleanLoop's aim is to become the industry-leading waste resource trading platform - an integral step towards cleaner water; air and healthier ecosystems for future generations.

Contact us to learn more about what the KleanLoop platform can do for your plastic recycling business >> GO.

This project addresses the SDGs by taking into account the following goals and associated targets. It contributes to ensuring sustainable consumption and production patterns by coming up with a sustainable waste treatment framework (Goal 12). Through a safe and inclusive waste disposal system, the SDG strives to protect ecosystems and prevent biodiversity loss (Goal 15).