Purenat has secured $2,000,000 in funding from investors. The deeptech startup specializes in developing and commercializing a low-carbon alternative to traditional activated carbon filters. Its core offering is an activated fabric media designed to destroy air pollutants rather than simply capturing them. This innovative technology addresses a critical need for more sustainable and effective air purification solutions.
The company's disruptive activated fabric is effective against a wide range of contaminants, including volatile organic compounds (VOCs) such as odors, solvents, and gases, as well as micro-organisms like viruses and bacteria. Purenat’s technology can be custom-integrated into various air pollution control systems, catering to challenges in indoor air quality, industrial waste, and odor management. Its applications span diverse sectors, including waste and recycling, wastewater treatment plants, soil remediation, surface treatment, methanization, buildings (fixed and mobile ventilation), aerospace, and automotive industries.
This latest capital infusion underscores confidence in Purenat's innovative approach to air purification. The company plans to use the funds to accelerate its growth initiatives, further scale its industrial production capabilities, and expand its commercial reach into new markets. Founded in 2020, Purenat has demonstrated consistent progress, including securing its first patent in 2022. This round follows an initial funding raise of €1.1 million in 2023, which supported the company's initial recruitment, industrial scale-up, and commercial launch efforts. Purenat has also garnered industry recognition through awards such as Pollutec Innovation, Global Industrie, and NA 20 by French Tech.
With this new investment, Purenat is well-positioned to strengthen its leadership in sustainable air treatment technologies. The company is committed to advancing its mission of providing effective, eco-friendly solutions to global air pollution challenges, fostering a healthier environment across industrial and urban settings.
