Aventurine Partners

Noveon Magnetics specializes in a proprietary magnet-to-magnet recycling process aimed at producing neodymium magnets from scrap magnet feedstocks. Founded in 2014 and based in Austin, Texas, the company leverages alternative raw materials to minimize waste and enhance sustainability in the production of rare earth permanent magnets. Its innovative system is designed to meet the demands of various applications, particularly in motors, where high magnetic performance at elevated temperatures is essential. By utilizing its advanced technology, Noveon Magnetics enables industries to access high-quality magnetic materials at competitive prices, contributing to a more sustainable and efficient manufacturing landscape.

Infinitum is a pioneering company focused on advancing motor technology with a commitment to sustainability and efficiency. It specializes in developing lightweight electric motors that utilize printed circuit board stator technology, which significantly enhances motor performance while reducing costs. By replacing traditional iron and copper components, Infinitum's motors are designed to be smaller, lighter, and quieter than conventional alternatives, thereby providing exceptional energy savings and a reduced carbon footprint throughout their lifecycle. The company's innovative approach not only opens up new sustainable design possibilities for end users but also aims to make a meaningful impact on environmental conservation and energy efficiency.

Fracsun provides comprehensive monitoring solutions for solar array owners, operators, and developers, focusing on the measurement of soiling loss through its patented ARES soiling management system. By utilizing local instrumentation, Fracsun directly measures the impact of soiling, allowing teams to effectively monitor and manage losses with confidence. The company's platform not only calculates soiling loss but also projects optimal cleaning schedules, enabling clients to forecast necessary maintenance and receive timely alerts for upcoming wash dates. This innovative approach removes guesswork from project development, ultimately reducing financial risk and enhancing the performance of solar assets.