PRIME Coalition

Tandem PV, Inc. is a manufacturer of advanced photovoltaic cells that combine perovskite and silicon technologies. Originally established as Iris Photovoltaics in 2016, the company rebranded in February 2018 and is headquartered in Palo Alto, California. Tandem PV specializes in mechanically-stacked perovskite and silicon tandem solar panels, which enhance solar panel efficiency significantly. By integrating metal-halide perovskite with existing silicon technology, Tandem PV aims to provide clients with improved performance and reduced installation costs, thereby increasing the overall value and market potential of solar energy.

Nitricity is an energy company focused on the production of renewable nitrogen fertilizers with zero carbon emissions. It specializes in creating electrified, climate-smart fertilizers, specifically nitric acid and ammonia, which can be utilized independently or together to produce ammonium nitrate fertilizer. This innovative approach aims to bring high-quality fertilizer products closer to farmers, allowing them to minimize wasteful runoff and optimize fertilizer application timing based on field readiness. By enhancing nitrogen delivery capabilities, Nitricity supports sustainable agricultural practices and contributes to environmentally responsible farming worldwide.

Noon Energy is a company based in Palo Alto, California, focused on developing innovative flow battery technology for long-duration energy storage. Founded in 2018, the company aims to make intermittent renewable energy sources, such as solar and wind, more reliable by providing on-demand power. Its rechargeable battery utilizes low-cost energy storage media that separates energy and power capacity, enabling efficient long-duration storage without the need for mining precious metals. This approach supports the scaling of renewable electricity supplies, thereby reducing reliance on fossil fuels, minimizing pollution, and lowering emissions.

Sublime Systems specializes in decarbonizing cement through innovative technology that co-produces green hydrogen while significantly reducing emissions. The company employs an electrochemical process powered by clean, renewable energy, effectively eliminating carbon dioxide emissions without altering the cement's properties or chemistry. This approach allows builders and consumers to actively participate in the transition towards a sustainable and renewable future.

Via Separations, Inc. is focused on developing innovative membrane-based products for industrial liquid separation in challenging environments. Founded in 2016 and based in Somerville, Massachusetts, the company aims to address the significant energy waste in the chemical separation process, which accounts for 12% of U.S. energy consumption. By employing its advanced membrane technology, Via Separations can reduce energy use by up to 90% and enhance product output. Their highly selective and robust membrane filters replace traditional heat-based separation methods, contributing to industrial decarbonization efforts. The company is currently conducting pilot trials in pulp and paper facilities, with the goal of eliminating 100 million metric tons of CO2 emissions by 2050. Originating from MIT's Department of Material Science & Engineering, Via Separations has successfully scaled its technology and demonstrated working prototypes at a commercial level.

Clean Crop Technologies, based in Haydenville, Massachusetts, specializes in food processing solutions aimed at enhancing food safety and reducing food waste. The company has developed a proprietary technology known as 'Clean Current,' which utilizes cold plasma generated from electricity and air to eliminate molds, toxins, and pests from grains and nuts. This method not only improves crop yields but also extends the shelf life of perishable foods without compromising their quality. Clean Crop's innovative approach is designed to be energy efficient and scalable, making it effective against a wide range of contaminants while leaving no harmful residues. Founded in 2020, Clean Crop Technologies is committed to addressing the challenges of food safety and waste in agriculture.

Verdox is dedicated to reversing climate change through the development and deployment of advanced technology. The company’s proprietary electro-swing process, developed at MIT, enables carbon dioxide and other acid gases to be captured with up to 80% less energy and 70% less cost than conventional approaches.

Gradient’s mission is to cool the world by transforming every home to be more comfortable and healthy for the people who inhabit it — without compromising the environment. Today, heating and cooling equipment emits more greenhouse gas emissions than the entire transportation sector, and expansion in the use of cooling is projected to double these emissions in the next 30 years. However, comfortable buildings are critical for health and productivity, especially among communities that are vulnerable to the effects of climate change. Gradient’s vision is a future where everyone has access to comfortable buildings that are fully decarbonized. Our launch product is a direct-to-consumer high-efficiency and low-carbon heat pump.

Twelve, formerly known as Opus 12, is a Berkeley, California-based company that specializes in recycling carbon dioxide emissions into valuable chemicals and fuels. Founded in 2015, the company has developed innovative technology that can be integrated with any source of CO₂ emissions. By utilizing only water and electricity as inputs, Twelve transforms captured carbon dioxide into essential products such as methane, ethylene, and ethanol. The firm aims to provide a cost-competitive alternative to petroleum-derived chemicals and fuels, thereby addressing carbon emissions while simultaneously creating economically viable solutions.

Leading Edge Equipment Technologies, Inc. is a manufacturer and supplier of equipment for solar panel production. Founded in 2008 and based in Wilmington, Massachusetts, the company specializes in developing kerfless, single-crystal silicon wafers designed to enhance the efficiency and reduce the costs of solar cells and panels. Their innovative floating silicon method eliminates the need for wire-sawing large silicon ingots, utilizing less energy-intensive furnaces and resulting in higher efficiency solar cells. This technology not only lowers manufacturing costs but also reduces emissions, making it an environmentally friendly option for solar panel manufacturers. Formerly known as Leading Edge Crystal Technologies, the company rebranded in May 2020 to reflect its focus on advanced equipment technologies in the renewable energy sector.

MicroByre, Inc. is a biotechnology company based in Berkeley, California, founded in 2017. The company specializes in developing genetically tractable strains from non-model micro-species, focusing on the genetic engineering of bacteria for industrial applications. MicroByre has created a platform for bacterial domestication that utilizes an automated characterization pipeline to identify underutilized bacteria with favorable metabolic traits. These bacteria are capable of converting unrefined biomasses into commodity chemicals more efficiently than traditional fermentation processes. The company’s innovative approach involves minimal genetic modifications to enhance the bacteria's flexibility and yield, reduce the need for nutritional additives, and improve resistance to contamination and phage attacks. By bridging the gap between promising scientific advances and practical applications, MicroByre positions itself as a valuable partner for various industries, offering collaborative opportunities through service agreements or joint development projects.

C-Motive Technologies Inc., founded in 2012 and based in Madison, Wisconsin, specializes in the development and commercialization of innovative electric motor technology. The company focuses on creating sustainable motors that operate using static electricity, eliminating the need for rare earth materials and significantly reducing copper usage. C-Motive's electrostatic motors are designed to deliver high torque density for stationary industrial applications and e-mobility, aiming to decarbonize these sectors. By utilizing lightweight metals, plastics, and dielectric materials instead of traditional components like steel and copper coils, C-Motive's technology offers double the power at half the weight. With over 90% efficiency in direct drive low-speed applications, these motors represent a significant advancement in clean technology, contributing to lower carbon emissions in various industries.

Charm Industrial has developed an innovative approach to carbon sequestration by converting agricultural residues into bio-oil, which is then injected deep underground for permanent storage. This process not only captures carbon dioxide from the atmosphere but also allows for the production of green hydrogen through the reforming of pyrolysis bio-oil. By utilizing biomass, Charm Industrial aims to provide a reliable and cost-competitive source of energy and industrial chemicals while enabling industrial clients to achieve carbon neutrality. Their technology addresses significant environmental challenges, such as wildfires and soil erosion, by ensuring that captured CO₂ remains securely stored, contributing to a sustainable energy future.

Mallinda LLC, based in Aurora, Colorado, specializes in the development and supply of advanced composite materials. The company has created Pliashell, a platform technology that features intrinsically recyclable and malleable self-healing polymers. These advanced thermoset prepreg laminates allow for the production of lightweight, strong, and remoldable composite materials, significantly enhancing manufacturing efficiency. Pliashell composites can be molded at relatively low temperatures and eliminate the need for a curing step, resulting in reduced manufacturing cycle times. This innovative approach not only streamlines production processes but also supports the circular economy, enabling clients in the automotive and aerospace industries to lower vehicle weight and improve efficiency. Overall, Mallinda is poised to transform product development across various market segments.

Lilac Solutions, Inc. is a mining technology company focused on lithium extraction, providing innovative technology and services to lithium producers. The company specializes in ion exchange beads and continuous brine processing systems, which enable the efficient production of high-purity lithium solutions from various brine resources. This technology, grounded in ion-exchange theory, allows lithium producers to enhance project development, improve lithium recovery rates, and optimize operational efficiency while also minimizing costs and environmental impact. Lilac Solutions serves industries such as electric vehicles and renewable energy storage. Incorporated in 2015, the company is headquartered in Oakland, California.

Anfiro, Inc. is a water technology start-up based in Cambridge, Massachusetts, founded in 2014. The company specializes in developing advanced reverse osmosis polymer membranes that are both chlorine resistant and exhibit high permeability. By utilizing self-assembling polymers, Anfiro's membranes significantly outperform traditional technologies, leading to reduced costs for desalinating and purifying water. This innovative approach not only enhances efficiency in water treatment processes but also aims to address global freshwater scarcity by making clean and affordable water more accessible. Through its cutting-edge membrane technology, Anfiro seeks to contribute to sustainable water solutions for a better future.

Rebound Technologies, Inc. specializes in the manufacturing and supply of advanced thermal energy storage systems tailored for commercial refrigeration and off-grid cooling applications. Founded in 2012 and based in Commerce City, Colorado, the company offers innovative products such as IcePoint, which integrates an embedded thermal energy storage system to significantly reduce cooling costs for supermarkets, and SunChill, designed for agricultural needs in developing regions. SunChill effectively converts solar thermal energy into refrigeration, enhancing agricultural productivity by rapidly cooling harvested crops and maintaining their quality at local markets. Rebound Technologies emphasizes customized solutions that utilize renewable resources and waste heat capture, aiming to improve energy efficiency and reduce costs while supporting self-sustaining business models. The company's initiatives are currently backed by research grants from the U.S. Federal Government.

ConnectDER LLC is a solar technology company based in Philadelphia, Pennsylvania, specializing in solutions that facilitate the connection of distributed energy resources, particularly solar photovoltaic systems, to residential homes and the grid. The company designs and manufactures innovative meter collars that serve as a connection point between residential electric meters and meter sockets, effectively transforming these sockets into a grid-friendly platform for solar energy, battery storage, and electric vehicle charging. Additionally, ConnectDER offers ConnectDER Cloud, a system that allows fleet operators to access metering and operational data, manage firmware, and oversee the commissioning and decommissioning of ConnectDER units. Founded in 2011 and rebranded in 2015, ConnectDER aims to simplify the integration of renewable energy technologies, benefiting both users and the broader energy grid.

ConnectDER LLC is a solar technology company based in Philadelphia, Pennsylvania, specializing in solutions that facilitate the connection of distributed energy resources, particularly solar photovoltaic systems, to residential homes and the grid. The company designs and manufactures innovative meter collars that serve as a connection point between residential electric meters and meter sockets, effectively transforming these sockets into a grid-friendly platform for solar energy, battery storage, and electric vehicle charging. Additionally, ConnectDER offers ConnectDER Cloud, a system that allows fleet operators to access metering and operational data, manage firmware, and oversee the commissioning and decommissioning of ConnectDER units. Founded in 2011 and rebranded in 2015, ConnectDER aims to simplify the integration of renewable energy technologies, benefiting both users and the broader energy grid.

Wright Electric Inc. is a manufacturer of commercial electric airplanes, focusing on reducing costs and emissions in the aviation industry. Established in 2016 and headquartered in Los Angeles, California, the company utilizes innovative propulsion technology to produce aircraft that eliminate emissions without requiring offsets. This advancement not only promotes zero-emissions flight but also aims to make the operational costs comparable to those of traditional fossil-fueled fleets, thereby facilitating the transition to a more sustainable aerospace sector. Wright Electric is positioned to play a significant role in the electrification of aviation, marking a transformative shift in the industry.

RedWave Energy, Inc., founded in 2011 and based in Boulder, Colorado, focuses on developing innovative technology to capture and convert low-temperature waste heat into electricity. The company is pioneering a waste heat harvesting system that utilizes nano-antenna technology to harness energy from the infrared and near-infrared spectrum, which is often overlooked as a renewable energy source. Initial efforts are centered on converting low-quality industrial waste heat, with plans for future advancements to include energy capture in the visible range and capabilities for terahertz wave detection. RedWave collaborates with institutions such as Idaho National Labs and the University of Colorado to enhance its technology, and it has engaged MicroContinuum for the fabrication of nanoscale antennas and terahertz electronics. The company's work aims to not only facilitate renewable energy generation but also to explore applications in explosive detection and high-speed communications.

Quidnet Energy Inc. is a Houston-based company that specializes in developing grid-scale energy storage systems. Founded in 2013, the company utilizes a unique hydroelectric energy storage technology that involves pumping water under pressure into subsurface geological reservoirs. This stored water can then be released to drive turbines and generate electricity when renewable energy sources are unavailable. By leveraging established well-drilling and construction techniques, Quidnet Energy aims to enhance the reliability of the carbon-free electric grid. In addition to its headquarters in Houston, the company has offices in San Francisco and Saratoga Springs, New York.