2025 Startup Cohort

Check out some of the startups in the 2025 Cohort - and look out for more startups announced soon!

Clearya is an AI-powered analytics platform accelerating the transition to safer, more sustainable products. Our platform, Clearya Insights, equips retailers, brands, and their investors—as well as regulators, researchers, and advocates—with real-time, actionable intelligence. By continuously analyzing data from product labels, online listings, lab results, regulatory sources, and more, Clearya reveals chemical hazards, business risks, and safer product opportunities across entire portfolios. Its automated, self-service tools replace outdated manual tracking with dynamic benchmarking and decision-ready insights. Trusted by public agencies and leading organizations alike, Clearya bridges data gaps and empowers teams across the value chain to operationalize safer chemistry at scale—supporting sustainable businesses and healthier communities and workplaces. https://www.clearya.com/insights  

Presenter: Amit Rosner is Co-Founder and CEO at Clearya, an AI-powered analytics platform for safer products. Before founding Clearya, he served in leadership roles at several technology companies, including Co-Founder and CEO of the solar sharing startups Generaytor and Yeloha, Director of Marketing at SolarEdge (NASDAQ: SEDG), and Product Manager for Big Data analytics at Verint (NASDAQ: VRNT). Amit holds a B.Sc. in Computer Science and Computational Biology, and an MBA.

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Hydefy is a responsible materials company harnessing the wisdom of nature and the power of science to transform material culture for the better.

Born from NASA-backed research in Yellowstone National Park, Hydefy’s proprietary fermentation technology enables the creation of new-to-the-world materials with exceptional versatility and performance. By using agricultural byproducts like sugarcane husk and scalable downstream processes, Hydefy develops fungi-derived, animal-free textiles that are ultra durable and aim to significantly reduce resource consumption. 
Hydefy unites form and function, offering custom textures, tailored finishes, and a future-forward approach to design across fashion, footwear, and mobility. Hydefy recently debuted in the commercial market through a collaboration with Stella McCartney. 

Presenter: Rachel Lee is a purpose-driven innovator committed to scaling solutions that improve lives and preserve natural resources. She is the Founding Partner at Hydefy, a biomaterials company creating high-performance, sustainable textiles through fermentation of fungi and plant-derived inputs. In parallel, she's helped Nature’s Fynd grow from an early-stage startup into a unicorn platform with multiple animal-free products in market. 
Previously, Rachel served at the Bill & Melinda Gates Foundation, where she helped shape the allocation of $1.7B to advance equity. She began her career at BCG, advising Fortune 500 clients in agriculture and healthcare. 
Rachel studied neuroscience and economics, summa cum laude, at the University of Pennsylvania and MBA and MPP at Harvard, where she co-authored Harvard Business School cases on food systems and trade.

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ICC is focused on advancing renewable carbon solutions through thermal conversion of biomass. Our work centers on pyrolysis, a process that thermochemically decomposes biomass in the absence of oxygen to convert low-grade wood residues, such as maple chips, into high-purity solid carbon products.  

We are deploying a novel pyrolysis reactor design that significantly improves heat transfer to the biomass, decouples mixing rate from residence time, and ensures complete and consistent thermal conversion. This approach allows for greater control over product quality and process efficiency, while maintaining flexibility in feedstock characteristics. 

These carbon materials have applications across sectors including steel production, concrete, filtration, soil health, and as feedstocks for specialty chemicals. Our pilot facility, launching in 2025, is designed to validate our proprietary approach at scale and demonstrate a commercially viable, modular platform that can be co-located with biomass sources to reduce logistics costs and emissions.  

By enabling the use of abundant, underutilized biomass streams, ICC supports the shift toward circular carbon systems and provides a sustainable alternative to fossil-derived carbon inputs.  

Presenter:  Daniel Ronald, Daniel Ronald, the co-Founder of Infinite Carbon Corporation (ICC), draws upon his Indigenous heritage to lead the Research & Development (R&D) division toward developing impactful technologies. Dedicated to environmental sustainability, his work focuses on reducing carbon emissions across Canada's forestry and agricultural sectors.

In 2013, Daniel embarked on his first venture into the green technology space, founding a company specializing in sustainable agriculture. There, he introduced innovations such as vertical farming systems, integrated organic hydroponics, and aquaculture solutions, demonstrating a commitment to advancing sustainable agriculture practices. Before this pivot to greener endeavors, Daniel acquired valuable entrepreneurial experience operating a concrete construction business and managing a café known for its specialty coffee roasting.

Daniel's unique ability to merge practical knowledge with deeper insights has not gone unnoticed. This knack for innovation significantly contributed to developing products and services at Pure Life Carbon, where his roles included influencing the company's intellectual property strategy.

As the Chief Technology Officer at Pure Life Carbon Inc., Daniel's work in developing a carbon-based soilless growing medium marked an important step in the company's journey, showcasing the utility of carbon technologies in promoting more sustainable agricultural methods.

Drawing from his Indigenous background, Daniel brings a nuanced understanding of environmental stewardship and sustainable practices to his work in the green economy. This perspective, coupled with his practical experience, positions him to guide ICC in its mission to create environmentally conscious solutions. Daniel's goal is to contribute toward a sustainable future by leading ICC in initiatives that address environmental challenges through innovation and thoughtful application of green technologies. 

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Presenter: Paul Horton, Paul Horton is a seasoned cleantech entrepreneur and co-founder of ICC, a company developing renewable carbon solutions through advanced biomass pyrolysis. A chemical engineer by training, Paul has co-founded four startups across the energy and infrastructure space, bringing a unique combination of technical expertise, operational leadership, and commercial strategy to every venture.

Prior to ICC, Paul was a co-founder of Certarus, where he helped design and build the company’s compressed natural gas (CNG) equipment, led field operations during its early growth, and later transitioned into sales and business development. His work was instrumental in scaling Certarus into North America’s leading provider of mobile low-carbon energy solutions, culminating in a $1.1 billion acquisition in 2023.

At ICC, Paul is focused on commercializing a novel pyrolysis reactor that accelerates heat transfer to biomass, decouples mixing from residence time, and ensures complete thermal conversion. This technology enables the production of high-performance carbon materials from underutilized wood residues, supporting applications in steel production, concrete, filtration, soil health, and more.

Paul holds a Bachelor of Applied Science in Chemical Engineering from the University of Waterloo and is passionate about developing practical, scalable technologies that drive the carbon transition. 

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LITE-1 Bio: By harnessing the incredible power of biology, we are ushering in a new era of sustainable, high-performance color. Our innovative colours are grown by living microorganisms, resulting in hues that are both stunning and eco-friendly. Our colours provide a range of benefits that go beyond just their visual appeal. All drawn from many natural functions of our unique microbes like UV resistance and anti-microbial properties. 

Using emerging technologies including synthetic biology and biofabrication, we grow our dyes in large bioreactors, a process similar to brewing beer. Our microbes turn waste products into clean colourants in a wide vibrant spectrum. 

Presenter: Roya Aghighi is an award-winning multidisciplinary leader with a deep background in design, applied science, and commercialization. She holds Industrial Design degrees from IUST and Emily Carr and has led research across leading institutions, including the University of British Columbia and TU Delft. Her experience spans fundamental research to industry implementation, including developing and integrating advanced materials into commercial pipelines for brands.

She is widely recognized as a pioneer of biodesign in Canada. At UBC, she spearheaded one of the country’s first interdisciplinary collaborations between science and design—laying the groundwork for a new model of innovation that combines biological research with critical thinking. Her work has helped establish biodesign as a serious, systems-level solution for sustainability - pushing the boundaries of how material science and design can intersect to solve real-world challenges.

Roya’s strength lies in connecting dots others don’t see. She consistently identifies untapped opportunities at the intersection of disciplines and transforms them into practical, scalable innovation. Her vision is reshaping how materials are imagined, developed, and brought to market.

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Matereal Bio is on a mission to detoxify and decarbonize the polyurethane plastics supply chain leveraging novel chemistry and AI. Matereal presents Polaris™, a decarbonized, non-isocyanate polyurethane alternative. Polaris™ polymers are nearly a million times less toxic than conventional polyurethane and up to 100% biobased. Our first Polaris™ product line takes the form of thermoplastic chips for textile and footwear applications. Our team has deep expertise applying these chips as coatings, films, laminations, and via injection molding. We also partner with leading companies seeking to create custom Polaris™ formulations via our Matereal™ AI Platform. Our platform combines our novel chemistry and AI to customize Polaris™ solutions to fit your supply chatin and impact needs.

Presenter: Jordan Harris is VP of Engineering at Matereal. Jordan is a dedicated and accomplished professional with a passion for sustainability and a proven track record in the field. His expertise lies in the intricacies of product development and the strategic scaling up of novel technologies. He has successfully brought products to market derived from polyurethane recycling, advanced composites recycling, and next-gen chemistries for semiconductors. He remains dedicated to driving positive change and shaping a more sustainable future for industries at the intersection of technology and environmental consciousness. Jordan received a BS in Chemical Engineering from Michigan State University in 2009..

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Plastic 2 Green is an early-stage clean tech company that converts unrecyclable waste plastic into high-value products like nitrogen-doped graphene, carbon black, and green ammonia using a zero-emission plasma-based process. In the near term, we are focused on manufacturing nitrogen-doped graphene due to its exceptionally high market value ($1000 per gram) and immediate revenue potential. Plastic 2 Green is a zero-emission solution to unrecyclable plastic waste, converting mixed and contaminated plastic—including food packaging, labels, PVC, mattresses, clothing, and agricultural film—into graphene, carbon black, and green ammonia using a high-temperature plasma and gas separation system. We are currently building our Proof of Concept Lab, with first production of nitrogen-doped graphene expected in Q3 2025, and plan to construct a 15-ton-per-day pilot plant in 2026 and 2027.

Presenter: Ed VanDyne has been the Founder of 6 start-ups in his lifetime. Managed 1 Successful Exit. His background in plasma physics from MIT is being applied to Plastic 2 Green, to turn unrecyclable waste plastic into high value commodities. Ed was the Director of Research of Woodward Inc. a Fortune 1000 Company. He has filed around 40 patents so far and is working on more. Educated as an engineer at Northeastern and MIT. Ed has been Honored as an energy innovator in an exhibit within the Smithsonian Museum in Washington DC.

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Tidal Vision is a global leader in scalable biomolecular solutions dedicated to addressing critical industrial challenges. Our new approach to chitosan-based technologies provides high-performance solutions throughout the water treatment, agriculture, and material science industries. We believe that to create a lasting systemic impact, green chemistry must be available at scale and competitive in performance, economics, and convenience. Tidal Vision partners with industry leaders seeking chemistry that is better for the books, the people, and the planet. To learn more, visit us at TidalVision.com

Presenter: Kari Ingalls - Chief Business Development Officer - Tidal-Tec®. Kari leads Tidal Vision's go-to-market strategies and business development team at Tidal-Tec®, our platform for high performance circular materials. Her leadership features a unique passion and excellence in understanding and communicating how new products and technologies can solve customers problems. She has two degrees, in Marketing and Management, and a minor in international business.

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Presenter: Lauren Breynaert - Policy & Government Affairs Director. Lauren comes to Tidal Vision with over a decade of experience in policy advocacy and legislative efforts. She has led transformative initiatives in the climate, carbon removal, and circular economy sectors, and is excited to apply her expertise to drive impactful, scalable solutions in her role as Policy & Government Affairs Director. 

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