GreenMantra Technologies

GreenMantra Technologies, founded in 2010 by Pushkar Kumar, operates as a specialized chemical company transforming hard-to-recycle plastics into high-value polymer additives. Based in Brantford, Ontario, the firm has secured approximately $26 million in funding over nine rounds from investors including Cycle Capital Management, ArcTern Ventures, and Closed Loop Partners. The current CEO is Domenic Di Mondo, who has been with the company for over a decade, previously serving as President and VP of Technology and Business Development, and was instrumental in scaling its core technology. His academic background in chemistry from the University of Guelph and executive education from MIT and Oxford fostered his vision of converting waste into a valuable resource.

The company's business model centers on molecular recycling, specifically a patented thermo-catalytic depolymerization process. This technology breaks down post-consumer and post-industrial plastics—like films, bags, and caps—into smaller, precisely structured polymer chains. Unlike full depolymerization or pyrolysis, which revert plastics to basic monomers or oils, GreenMantra's partial depolymerization creates new specialty polymers. This process allows the company to upcycle plastic waste that is typically not handled by traditional mechanical recyclers, thereby diverting it from landfills. Revenue is generated through the business-to-business sale of these polymer additives to manufacturers in various industrial sectors.

GreenMantra's flagship product line, CERANOVUS®, consists of polyethylene and polypropylene waxes and polymer additives. These additives are designed to enhance performance and improve the sustainability profile of customers' products. Key client industries include asphalt, plastics, and roofing. In the asphalt and paving industry, CERANOVUS® additives improve road durability by increasing resistance to rutting and deformation, while also lowering the viscosity of the asphalt for easier application. For roofing manufacturers, the waxes can improve processing times, reduce mixing times in polymer-modified bitumen systems by up to 30%, and enhance the stability of the final product. In the plastics industry, these additives are used in the manufacturing of items like pipes and wood-plastic composites, where they can increase strength and stiffness, allowing for higher recycled content in the final goods.

Keywords: molecular recycling, polymer additives, plastic upcycling, cleantech, thermo-catalytic depolymerization, sustainable chemicals, recycled plastic waxes, asphalt modification, plastics processing, roofing materials, CERANOVUS, circular economy, waste plastic transformation, Domenic Di Mondo, specialty polymers, post-consumer plastics, industrial additives, green technology, resource recovery, sustainable infrastructure, polymer science, chemical recycling