Aionics, Inc. is a dynamic startup based in Palo Alto, California, focused on revolutionizing material design and commercialization for the clean energy economy. Utilizing advanced artificial intelligence and physics-based simulations, Aionics specializes in creating customized electrolytes for high-performance electrochemical systems, including electric vehicle batteries and long-duration energy storage. The company collaborates with trusted chemical partners to secure supply chains and offers mechanistic modeling and machine learning assessments to enhance material performance. With a strong emphasis on scientific collaboration and innovation, Aionics is positioned as a leader in the materials informatics space, driving decarbonization efforts across various industries.

Alta Resource Technologies is a climate technology company focused on next-generation mining for critical minerals, aiming to optimize resource extraction while minimizing environmental impact. Their innovative approach positions them as a leader in the sustainable mining sector, catering to the growing demand for critical minerals essential for modern technology and renewable energy solutions.

Ammobia is a San Francisco-based startup focused on revolutionizing ammonia production through its innovative Haber Bosch 2.0 technology. This clean ammonia production process utilizes renewable energy sources, significantly reducing CO2 emissions associated with traditional ammonia production methods. Ammobia's technology is poised to decarbonize various industries, including agriculture, maritime shipping, and chemicals, by providing clean fertilizers, fuels, and feedstocks. With a market potential worth billions, Ammobia aims to capture a significant share by offering a cost-effective solution that can reduce emissions by 80-90%. The company has gained traction through partnerships and recognition from leading organizations, positioning itself as a key player in the clean energy transition.

Beam develops a smart, high-efficiency, all-electric, robotic, and personalized heating solution for outdoor and indoor spaces.

Brimstone is pioneering a decarbonized cement solution that addresses one of the most significant climate challenges. Founded by Cody Finke and Hugo Leandri, the company has developed a breakthrough process that produces ordinary portland cement and supplementary cementitious materials with a significantly reduced carbon footprint. Their technology utilizes carbon-free calcium silicate rock instead of traditional limestone, ensuring that the product remains chemically and physically identical to conventional cement while being cost-competitive at scale. With a focus on transforming the cement industry from a climate problem to a climate hero, Brimstone is poised to make a substantial impact on global CO2 emissions, which account for 7.5% of total emissions from cement production.

Cambio is a decarbonization platform designed for commercial real estate, integrating directly with energy meters to provide real-time data on energy usage and carbon emissions. The platform serves large real estate owners and occupiers, offering insights that help achieve climate goals while driving business value. Cambio's unique features include direct utility integration, a climate data management platform, and an asset decarbonization suite, making it a comprehensive solution for navigating the fragmented sustainability ecosystem. With significant traction, Cambio tracks over 200 million square feet of assets and has achieved SOC 2 Type I compliance, positioning itself as a leader in the climate tech space.

Circularity Fuels is focused on converting renewable energy into hydrocarbon fuels by capturing carbon from the air. Their patent-pending process is significantly more cost-effective than traditional methods, making it competitive with fossil fuels. The company aims to help end dependence on fossil fuels and is backed by reputable investors. Their technology stands out by generating low-cost fuel from atmospheric carbon, positioning them as a key player in the decarbonization of global industries.

Climate Ai is a pioneering enterprise climate resilience platform that utilizes artificial intelligence to help businesses across the food and agriculture value chain mitigate climate risks and seize new opportunities. With patented models and hyper-local climate insights, Climate Ai enables companies to make informed decisions, adapt operations, and enhance supply chain reliability. The platform has been adopted in over 50 countries, climate-proofing more than 1000 locations, and is recognized for its innovative approach to climate adaptation, making it a leader in the industry.

Conduit Tech is a LiDAR-powered HVAC design and sales platform that empowers HVAC contractors to enhance their sales processes and customer engagement. By providing innovative tools for accurate system design and personalized customer insights, Conduit Tech helps contractors close more deals and improve energy efficiency in residential HVAC systems. The platform enables quick generation of 2D floorplans, 3D images, and system estimates, allowing contractors to focus on customer interactions rather than administrative tasks. With a commitment to continuous innovation and customer feedback, Conduit Tech positions itself as a leader in the HVAC industry, driving efficiency and sustainability in home energy use.

Dioxycle is converting carbon dioxide into valuable products through low-temperature electrolysis.

Paving the way to sustainably extract and refine lithium precursors for battery production.

Evoloh is a leader in high-throughput manufacturing of electrolyzer stacks, focusing on clean hydrogen production. Their innovative Nautilus TM stack module allows engineering, procurement, and construction (EPC) companies to minimize project delays and cost overruns by standardizing plant design. With a commitment to domestic supply chains and lower manufacturing costs compared to competitors, Evoloh is positioned to address the critical limitations of current electrolyzer technologies, which struggle to meet rising demand. Their approach simplifies integration with existing systems, making them a key player in the transition to low-cost green hydrogen.