MassVentures is a venture capital firm based in Waltham, Massachusetts, established in 1978 as a quasi-public corporation by the Massachusetts Legislature. The firm focuses on providing seed and early-stage funding to high-growth startups, facilitating their transition from concept to commercialization. MassVentures invests primarily in sectors such as information technology, healthcare, cybersecurity, e-commerce, mobile, manufacturing, and robotics. With a governance structure that includes an independent Board of Directors and management by experienced venture capitalists, MassVentures leverages the state's entrepreneurial spirit and innovation centers to support the Massachusetts innovation economy. The firm also offers accelerator programs to further assist emerging companies in their growth journey.
Emvolon is a technology company focused on developing a platform that facilitates the distributed production of chemicals from wasted resources, particularly natural gas at flare sites. By converting this wasted gas into usable chemicals, Emvolon addresses a variety of industrial applications and offers carbon-negative fuel alternatives. The company's innovative approach reimagines conventional diesel engines as miniature chemical reactors, allowing for efficient and localized chemical production. This method eliminates the need for large refineries and chemical plants, making it economically viable for smaller production facilities. Emvolon's technology aims to provide communities with the necessary raw materials while promoting sustainability and reducing waste.
Feon
Seed Round in 2024
Feon develops new-molecule-based liquid electrolytes for lithium-ion and lithium-metal batteries.
Adhesion Technologies
Grant in 2023
Adhesion Technologies is a bio-adhesive producer offers an alternative to toxic furniture glues, promoting to reduce chemical exposure.
Emvolon
Seed Round in 2023
Emvolon is a technology company focused on developing a platform that facilitates the distributed production of chemicals from wasted resources, particularly natural gas at flare sites. By converting this wasted gas into usable chemicals, Emvolon addresses a variety of industrial applications and offers carbon-negative fuel alternatives. The company's innovative approach reimagines conventional diesel engines as miniature chemical reactors, allowing for efficient and localized chemical production. This method eliminates the need for large refineries and chemical plants, making it economically viable for smaller production facilities. Emvolon's technology aims to provide communities with the necessary raw materials while promoting sustainability and reducing waste.
Feon
Grant in 2023
Feon develops new-molecule-based liquid electrolytes for lithium-ion and lithium-metal batteries.
Loop CO2
Grant in 2023
Loop CO2 is a company focused on developing innovative technology that transforms carbon dioxide into essential products, contributing to a sustainable future. By converting CO2 into items such as cosmetic oils, adhesives, and thermoplastic elastomers, Loop CO2 enables its customers to minimize their environmental impact through the use of eco-friendly alternatives. The company's solutions aim to address climate challenges while promoting the utilization of carbon emissions in a productive manner.
Lithios
Grant in 2022
Lithios is a technology company specializing in advanced lithium extraction through innovative electrochemical methods. The firm focuses on capturing and releasing lithium from complex mixtures, which are traditionally challenging to process. By leveraging breakthroughs in applied electrochemistry, Lithios offers solutions that facilitate low-cost and selective extraction of lithium from previously untapped brine resources. This approach not only enhances the efficiency of lithium recovery but also aligns with sustainable practices, supporting the growing demand for lithium in various industries, particularly in the context of an electric future.
Lydian
Grant in 2020
Lydian aims to accelerate the decarbonization of the chemical industry by electrifying the chemical production process. Founded in 2021 by Branko Zugic, Lydian is headquartered in
Pendar Technologies
Grant in 2020
Pendar Technologies is a privately held company focused on developing advanced autonomous chemistry systems that integrate innovative hardware with machine learning algorithms. By leveraging expert knowledge of molecular spectroscopy, Pendar's technology combines a Raman platform with machine learning to quantify chemical reactants, products, and intermediates in real-time. This capability enables the discovery and scaling of new chemical processes, facilitates rapid responses to emergencies, and contributes to life-saving applications.
Pendar Technologies
Grant in 2019
Pendar Technologies is a privately held company focused on developing advanced autonomous chemistry systems that integrate innovative hardware with machine learning algorithms. By leveraging expert knowledge of molecular spectroscopy, Pendar's technology combines a Raman platform with machine learning to quantify chemical reactants, products, and intermediates in real-time. This capability enables the discovery and scaling of new chemical processes, facilitates rapid responses to emergencies, and contributes to life-saving applications.
Modular Genetics
Grant in 2016
Modular Genetics, Inc. is a biotechnology company based in Woburn, Massachusetts, founded in 2000. The company specializes in designing and developing engineered microorganisms that synthesize chemicals from renewable raw materials, primarily sugar. By utilizing a proprietary automated gene engineering system, Modular Genetics enables the rapid development of new products, helping various industries reduce costs and accelerate product innovation. Its focus on sustainable chemistry positions the company as a key player in advancing environmentally friendly manufacturing processes.
GVD Corporation
Grant in 2014
GVD is an ultra-thin coating service provider specializing in vapor-deposited polymer coatings. Their solvent-free, low-temperature manufacturing process produces chemically pure polymer coatings that enhance customer products or manufacturing processes.
Xtalic
Grant in 2014
Xtalic Corporation, founded in 2005 and based in Marlborough, Massachusetts, specializes in developing and manufacturing advanced metal coatings for various applications, primarily in the electronics sector. The company offers innovative nanostructured coatings that enhance corrosion and wear resistance while providing exceptional aesthetics. Notable products include XTRONIC, a barrier layer designed to improve durability, and LUNA, which serves as a gold replacement for electrical connectors. Xtalic's electroplating process is environmentally friendly, eliminating the use of hexavalent chromium, thereby reducing compliance costs and safety risks for workers. By enabling clients to decrease reliance on expensive raw materials and replace hazardous substances, Xtalic contributes to more sustainable manufacturing practices in both decorative and functional metal finishing.
NBD Nanotechnologies
Grant in 2013
NBD Nanotechnologies, Inc. specializes in the manufacture of surface wettability coatings and additives aimed at enhancing the properties of various materials. The company's diverse product portfolio includes offerings such as RepelShell, RepelFlex Antimicrobial, RepelFlex Soft-Touch, NanoGlue, RepelFlex Hard-Coat, Invisiprint, and RepelFlex Leather. These products are designed to modify surface wetting characteristics for applications in glass and plastic, providing benefits such as improved heat transfer through condensation, fog capture and de-misting, and anti-scaling performance. Founded in 2012, NBD Nanotechnologies is headquartered in Lexington, Massachusetts.
Polnox
Seed Round in 2005
Polnox is a company focused on the development of advanced antioxidants aimed at prolonging the service life of various consumer products and materials. Utilizing its proprietary DT-mPM Antioxidants and environmentally friendly McIn Corrosion Inhibitors, Polnox offers solutions that significantly outperform traditional additives. The company's macromolecular antioxidants are specifically designed to provide strong resistance against the damaging effects of heat and oxygen, ensuring enhanced durability and performance for a wide range of applications.
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