Boston Materials is a manufacturer of advanced energy transfer materials, focusing on thermal interface materials, composite materials, and fuel cell bipolar plates. Their patented Z-axis Fiber™ technology utilizes vertically aligned carbon fibers to enhance energy transfer properties, addressing critical challenges in thermal management, electrification, and lightweighting across high-growth industries such as semiconductors, electrified vehicles, and aerospace. With a production capacity of 1,000,000 square meters annually and plans for expansion, Boston Materials is positioned to meet the demands of trillion-dollar markets while maintaining a commitment to quality and innovation.
Aepnus Technology catalyzes the decarbonization of industry by transforming chemical production through ultra-efficient electrolysis technologies. Their innovative approach utilizes renewable electricity to produce essential chemicals like Hydrochloric Acid, Sulfuric Acid, and Caustic Soda, enabling domestic production and reducing reliance on foreign sources. By focusing on critical mineral processing, cathode manufacturing, and battery recycling, Aepnus positions the United States as a leader in the transition to sustainable energy, enhancing national self-sufficiency and fostering a cleaner industrial landscape.
Connect DER is a solar technology company focused on providing quick and affordable electrification solutions through innovative meter socket adapters. Their products enable homeowners to connect solar panels and electric vehicle chargers without the need for costly electrical upgrades, significantly reducing installation time and expenses. With over 20,000 units shipped across 22 states since their inception in 2011, Connect DER has established a strong market presence and is committed to simplifying clean energy adoption for everyone. Their UL Listed and NEC compliant products are designed to broaden access to clean energy resources, making them a valuable player in the renewable energy sector.
Nth Cycle is an industry leader in critical metal refining, partnering with recyclers, manufacturers, and miners to refine materials on-site using their patented Oyster system. This innovative technology recovers critical metals from end-of-life batteries, scrap metal, and mined ore, addressing the urgent need for domestic refining capabilities in the U.S. and Europe. By eliminating the need for large, centralized plants, Nth Cycle offers a modular, clean, and efficient solution that supports multiple industries and adapts to changing volumes. Their approach not only enhances supply chain resilience but also contributes to environmental sustainability, making them a key player in the clean energy transition.
Advanced Ionics is pioneering the future of industrial hydrogen with its innovative electrolyzer technology, which significantly reduces the cost of green hydrogen production. By utilizing their Symbiotic™ technology, the company enables industrial hydrogen producers to generate green hydrogen efficiently within their existing facilities, leveraging onsite process and waste heat. This approach not only minimizes electricity consumption but also lowers capital costs by using widely available components. With a mission to decarbonize industries globally, Advanced Ionics positions itself as a leader in the green hydrogen market, aiming to produce hydrogen for less than a dollar per kilogram, making it a competitive alternative to fossil-fuel-based methods.
OXCCU develops renewable energy technology with the goal of achieving a circular economy for fuels, chemicals, and plastics. The technology offered by the company combines carbon dioxide from the atmosphere with hydrogen from water and renewable electricity to produce fuels, chemicals, and biodegradable plastics.
Clean Energy Ventures invests in seed-stage climate tech startups in North America, Europe, and Israel. The company's investments are commercializing disruptive clean energy technologies and business model innovations and achieving significant scale by taking advantage of market-driven forces to address climate change.