SOSV

Our first product, HaloFilm turns any surface into an antimicrobial surface by holding chlorine from store-bought disinfectants on surfaces in a safe and effective manner for as long as a month. HaloFilm contains a novel polymer that when sprayed on creates a thin transparent film that binds to the surface and to chlorine, at levels equivalent to what you would find in a pool. Chlorine is a universally used as a disinfectant against bacteria, virus and fungi, but has a short effective life. We extend the lifetime and overall utility of chlorine to protect surfaces continuously. Our focus is on high touch surfaces in hospitals, mass transit systems, schools, and more; wherever pathogens spread and endanger human health.

AromatEco assists household brands in becoming more environmentally friendly by delivering renewable flavors and perfumes. Headquartered in London, UK.

AromatEco assists household brands in becoming more environmentally friendly by delivering renewable flavors and perfumes. Headquartered in London, UK.

ZymoChem, Inc. develops microbes and bioprocesses that enable production of chemicals from renewable sources, such as sugars. The company was founded in 2013 and is based in Emeryville, California.

Pyrone Systems develops biopesticides that combine biology with chemistry. The company was founded in 2021.

Pyrone Systems develops biopesticides that combine biology with chemistry. The company was founded in 2021.

ZymoChem, Inc. develops microbes and bioprocesses that enable production of chemicals from renewable sources, such as sugars. The company was founded in 2013 and is based in Emeryville, California.

Our first product, HaloFilm turns any surface into an antimicrobial surface by holding chlorine from store-bought disinfectants on surfaces in a safe and effective manner for as long as a month. HaloFilm contains a novel polymer that when sprayed on creates a thin transparent film that binds to the surface and to chlorine, at levels equivalent to what you would find in a pool. Chlorine is a universally used as a disinfectant against bacteria, virus and fungi, but has a short effective life. We extend the lifetime and overall utility of chlorine to protect surfaces continuously. Our focus is on high touch surfaces in hospitals, mass transit systems, schools, and more; wherever pathogens spread and endanger human health.

Our first product, HaloFilm turns any surface into an antimicrobial surface by holding chlorine from store-bought disinfectants on surfaces in a safe and effective manner for as long as a month. HaloFilm contains a novel polymer that when sprayed on creates a thin transparent film that binds to the surface and to chlorine, at levels equivalent to what you would find in a pool. Chlorine is a universally used as a disinfectant against bacteria, virus and fungi, but has a short effective life. We extend the lifetime and overall utility of chlorine to protect surfaces continuously. Our focus is on high touch surfaces in hospitals, mass transit systems, schools, and more; wherever pathogens spread and endanger human health.

Our first product, HaloFilm turns any surface into an antimicrobial surface by holding chlorine from store-bought disinfectants on surfaces in a safe and effective manner for as long as a month. HaloFilm contains a novel polymer that when sprayed on creates a thin transparent film that binds to the surface and to chlorine, at levels equivalent to what you would find in a pool. Chlorine is a universally used as a disinfectant against bacteria, virus and fungi, but has a short effective life. We extend the lifetime and overall utility of chlorine to protect surfaces continuously. Our focus is on high touch surfaces in hospitals, mass transit systems, schools, and more; wherever pathogens spread and endanger human health.

Chemicle is developing a cost effective and clean chemical process to convert dairy waste into bio-plastic precursors. These are the building blocks of high-performance and totally recyclable plastics, whose production could decrease emissions during the manufacturing phase up to 70%.

Michroma Corporation is a biotechnology company based in San Francisco, California, founded in 2019. The company specializes in producing natural thermostable colorants derived from filamentous fungi, aiming to replace synthetic and non-sustainable colorants commonly used in food and cosmetics. By leveraging a fermentation process and utilizing colorful fungal strains, Michroma provides a diverse array of pH-stable and heat-stable natural pigments. This innovative approach not only supports sustainability but also caters to the growing demand for vegetarian and environmentally friendly alternatives in the food industry.

Pheronym is creating an all-natural highly effective insect control for agriculture. By leveraging pheromone spray they double nematode’s effectiveness as an organic insecticide to rival chemicals, without any of the negative health or environmental impact.

Pheronym is creating an all-natural highly effective insect control for agriculture. By leveraging pheromone spray they double nematode’s effectiveness as an organic insecticide to rival chemicals, without any of the negative health or environmental impact.

ZymoChem, Inc. develops microbes and bioprocesses that enable production of chemicals from renewable sources, such as sugars. The company was founded in 2013 and is based in Emeryville, California.

Molecule Synth is a manufacturer of innovative electronic musical instruments designed to empower musicians through creativity and customization. The core product consists of modular synthesizer units shaped like hand-sized hexagons, which can be easily connected and rearranged. Each hexagon features color-coded logos that facilitate intuitive manipulation, making the instrument accessible to users of all skill levels. The modular design allows for endless configurations, enabling musicians to experiment with different sound combinations and controllers. Molecule Synth offers its products in sets of four or seven pieces, with the option for users to expand their systems by adding new modules as desired. This unique approach fosters an engaging music-making experience, allowing users to design their own instruments and explore a wide range of sounds and functionalities through app-enhanced features.