Since 2015, TripleW has committed to addressing the environmental and financial challenges of waste management, through the development of superior circular solutions. Bioplastics, renewable and highly in-demand, are the perfect vehicle for creating value from food waste and closing the loop.
Through intensive R&D, the company has developed a process that can be implemented anywhere in the world where food waste is discarded, diverting waste from landfills, generating green jobs and reducing the financial burden of ratepayers.
Research & Development
With expertise in the fields of biochemical production and recovery, waste hydrolysis, and microorganism engineering, TripleW provides services to determine the techno-economic feasibility of producing bioplastics from your waste streams.
The company’s R&D activities are headquartered in Israel, the “Innovation Nation”, with partnerships and “closing the loop” projects around the world. We work with stakeholders from the fields of waste management, plastics and polymers, textiles, retail as well as brand owners.
TripleW’s technology treats abundantly available food waste as a 3rd generation renewable feedstock for the production of pure “polymer grade” lactic acid, a building block of polylactic acid (PLA bioplastic). Additionally, TripleW enables chemical recycling of PLA back into our patented process, further reducing wastage.
We envision thousands of products we all use, such as yogurt cups, tea bags, chips bags, toy blocks, t-shirts, and many others, all made to last and reused, converting trash to treasure.
TripleW produces highly pure lactic acid by fermentation, made entirely from renewable carbon, offering a major reduction of carbon emissions. TripleW’s lactic acid can contribute significantly to carbon credits and increased consumer engagement for brand owners.
Lactic acid is the building block to produce PLA, however it is also used in multiple applications such as food and beverages, personal care and in industrial products such as sanitation and descaling. TripleW will supply food waste derived lactic acid to all these industries and more.
Bioplastics are an emerging segment within the plastics industry. Double figure growth is driven by the rising awareness to single use items and the effects of fossil-based polymers on climate change.
Bioplastics are often considered more costly than fossil-based plastics. But we are here to change that. Harnessing the innovative lactic acid production process, TripleW will make bioplastics an effective alternative with potential cost reductions.
TripleW PLA, polymerized utilizing off-the-shelf technologies, is a responsibly sourced polymer compared to fossil-based PS, PVC and PET. PLA can be used to produce food and beverage packaging, toys, utensils, 3D filaments, textiles, car parts and many more applications.
The grades we produce are carefully verified by well-known compounders and converters and are offered using highest quality control and external lab tests.
Upcycling PLA Scraps and Bioproducts
Discarded PLA-based bioproducts or scraps can be utilized as feedstock in the Triple Win Bioprocess.
TripleW’s ability to upcycle finished bioplastic products, together with food waste, back into our process is inspiring companies to rethink their end-of-life strategy for bioproducts.
Instead of the traditional end-of-life solutions for PLA such as composting, mechanical recycling, and waste to energy. TripleW converts PLA products back into their chemical building block, lactic acid.
Technology :
Better Food Waste Monetization
Generate major added value to existing waste management infrastructure, by retrofitting anaerobic digestion, incineration or landfill facilities that deal with significant food waste streams.
Generate five times more revenue compared to biogas production from Supermarket logistic returns, surplus, industrial rejects and municipal source-separated food waste, with superior carbon savings and significant side product returns.
With expertise in the fields of biochemical production and recovery, waste hydrolysis, and microorganism engineering, TripleW provides services to determine the techno-economic feasibility of producing biochemicals from your waste streams.