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DePoly is a chemical recycling company focused on addressing the challenges posed by plastic waste. Its innovative technology converts post-consumer PET plastic and polyester textiles into their primary raw materials at room temperature, eliminating the need for pre-washing, pre-sorting, or separating other plastics. This process enables the production of high-quality raw materials that can be reintegrated into the industry, facilitating the creation of new virgin-quality plastic products. By promoting this method, DePoly aims to contribute to a circular plastic economy, supporting sustainability and reducing environmental impact.

Autonomic Materials, Inc. specializes in the design, manufacture, and marketing of self-healing solutions for the coatings industry. The company produces microencapsulated additives that include both dual and single capsule systems, which utilize various chemical processes to repair coating damage at the micron level. These products provide corrosion protection and are applicable to a wide range of substrates, including metals, wood, concrete, plastics, and composites. Autonomic Materials' solutions are utilized in diverse sectors such as alternative energy, industrial maintenance, military equipment, infrastructure, and consumer paints. Founded in 2005 and based in Champaign, Illinois, the company focuses on enhancing the performance and longevity of materials by enabling them to respond to damage autonomously, thus reducing the need for manual detection and intervention.

Phase Two Chemicals is a clean chemistry company focused on developing innovative technology for the on-site production of hydrogen peroxide. By utilizing an electrochemical catalyst research platform, the company aims to simplify the hydrogen peroxide production and delivery process. This technology enables clients, particularly in the pulp and paper mill industry, to produce cost-efficient electric chemicals. Through its advancements, Phase Two Chemicals seeks to enhance the efficiency and sustainability of hydrogen peroxide production.

DMC Biotechnologies, Inc. is a biotechnology company based in Boulder, Colorado, that specializes in developing bio-based products through microbial fermentation technology. Founded in 2014, the company focuses on producing specialty chemicals, flavors, fragrances, nutraceuticals, natural products, and pharmaceuticals. Utilizing its Dynamic Metabolic Control technology, DMC Biotechnologies aims to enhance the efficiency and sustainability of production processes, reducing both energy consumption and resource use. This innovative approach allows for quicker development timelines and lower costs, supporting a transition towards a more sustainable economy.

NobleAI is a developer of a science-based artificial intelligence platform focused on enhancing the development of chemical and material products. By leveraging its advanced AI technology, NobleAI enables companies to streamline their materials development strategies, providing actionable insights and reliable predictions. This innovation helps reduce costs and accelerates the creation of new chemicals, materials, and formulations. As a result, businesses can innovate more rapidly and bring higher-performing, environmentally sustainable products to market more efficiently.

Autonomic Materials, Inc. specializes in the design, manufacture, and marketing of self-healing solutions for the coatings industry. The company produces microencapsulated additives that include both dual and single capsule systems, which utilize various chemical processes to repair coating damage at the micron level. These products provide corrosion protection and are applicable to a wide range of substrates, including metals, wood, concrete, plastics, and composites. Autonomic Materials' solutions are utilized in diverse sectors such as alternative energy, industrial maintenance, military equipment, infrastructure, and consumer paints. Founded in 2005 and based in Champaign, Illinois, the company focuses on enhancing the performance and longevity of materials by enabling them to respond to damage autonomously, thus reducing the need for manual detection and intervention.