PolyKinetix™, Inc., is pleased to announce that innovations resulting in a variety of improvements to numerous competing chemical recycling technologies are described in a new provisional patent application recently filed with the United States Patent and Trademark Office. Among other things, this patent application describes the world’s first self-cleaning continuous process using established chemistries believed to have not been previously deployed in the chemical recycling industry.

Moreover, the PolyKinetix™ engineering team has finalized its design of the Company’s semi-automated, self-cleaning continuous process prototype plant and is preparing to begin plant construction.

The PolyKinetix™ Solution
PolyKinetix™ is a second-generation technology company focused on demonstrating and licensing the world’s first truly continuous and self-cleaning process for conversion of traditional non-recyclable plastics, end-of-life tires, and compounded industrial rubber products to petrochemical and lubricant intermediate products within well-established commodity markets.

We offer an opportunity to create a profitable and sustainable enterprise to build wealth among our stakeholders, deploying transformational technology to mitigate the deterioration of our global environment, and contribute to the betterment of human health. Given the reduction in capital cost, PolyKinetix systems offer an improved economy of scale, bridging the gap to serve individual industrial generators of polymer waste without the need to aggregate enormous quantities of waste for conversion at remote locations.

PolyKinetix™ Generation Two improvements offer a broader desirable scope of waste consumed as its raw material and substantial elimination of operational downtime. PolyKinetix™ is on the path to globally licensing its Generation Two technology to industrial and governmental organizations needing to adopt sustainable, profitable, and non-disposal means to eliminate waste and minimize carbon footprints. Generation Two technology provides an alternative to landfilling and burning of non-recyclable wastes from littering on the personal scale to uncontrolled land disposal and ocean dumping in the international arena.