What KWI’s Polymer and Carbon Sequestration Project Is All About
KWI offers a vast range of polymer solutions, boasting a catalogue with thousands of products made from both virgin and recycled materials. This includes thermoset, thermoplastic, elastomer, and rubber polymers. But here’s where it gets really interesting: KWI has developed a cutting-edge carbon sequestration technology that enables the recycling of all hydrocarbon materials. Right now, the focus is on recycling mixed plastics, tackling one of the biggest environmental challenges of our time.
Not only does this technology produce nano carbon structures, but it also releases the energy contained in polymers as heat, while simultaneously generating hydrogen. And get this—the entire process emits zero greenhouse gases (GHG) and can even neutralize GHG emissions from third parties. It’s a game-changer for sustainable materials management.
Main Benefits of KWI’s Innovative Approach
Here’s a quick snapshot of what makes KWI’s technology stand out:
- Recycles all hydrocarbon materials, with a current focus on mixed plastics
- Produces nano carbon structures with unique functional properties
- Releases polymer energy as heat and produces hydrogen simultaneously
- Zero greenhouse gas emissions during the process
- Can neutralize GHG emissions from other sources
- Technology is ready to deploy and can address ocean plastic pollution
- Capable of operating autonomously on boats using generated heat and hydrogen
Expertise in Nano-Additives and Polymer Solutions
KWI’s expertise doesn’t stop at recycling. The company excels in working with nano-additives, which allow the creation of materials with unmatched functional characteristics. These nano-additives help lower production costs by eliminating certain manufacturing steps, thanks to their intrinsic properties. Plus, KWI can modify the surface chemistry of these nano-additives to optimize their compatibility with the polymer matrix, ensuring better performance.
Dispersion is another critical area of nano-expertise. Without proper preparation, nano-additives tend to clump together, causing uneven material performance. KWI’s advanced dispersion techniques guarantee uniform distribution, resulting in superior end products.
Ready-to-Use Polymers and Custom Machinery
KWI offers ready-to-process one-pack polymers and concentrates of nano-additives that clients can easily incorporate into their own manufacturing lines. But that’s not all—KWI also designs and builds unique machinery tailored to clients’ needs, enhancing resin processing and boosting production efficiency. This integrated approach ensures that innovation isn’t just theoretical but practical and scalable.
Addressing Ocean Plastic Pollution with Autonomous Solutions
One of the most exciting applications of KWI’s technology is its potential to tackle ocean plastic pollution. The technology can first handle non-recyclable plastics on land, preventing them from ever reaching the oceans. Then, it can be deployed on boats equipped to collect plastics caught by various means. These vessels use the heat energy and hydrogen produced by the process to operate fully autonomously—no external fuel needed. It’s a smart, sustainable approach to a massive environmental problem.
Project Impact on Sustainable Development Goals (SDGs)
- SDG 12: Responsible Consumption and Production
- SDG 13: Climate Action
- SDG 14: Life Below Water
- SDG 7: Affordable and Clean Energy
- SDG 9: Industry, Innovation, and Infrastructure
KWI’s Unified Platform for Retail and Innovation
Beyond polymers and recycling, KWI provides a unified platform designed to drive retail-scale innovation. This platform enhances customer experience and operational excellence by delivering mobile, interconnected, insight-driven retail tools. It makes creating seamless, share-worthy omnichannel experiences easier—without the usual complexity or back-end headaches. In today’s fast-paced market, KWI helps brands build those crucial moments that connect in-store and online experiences into one smooth journey.
