Boston Materials manufactures Z-axis Carbon Fiber products that can revolutionize the $130B+ lightweight materials market and unlock significant GHG emissions reductions across industries. Boston Materials products add new conductivity, stiffness, and durability benefits to existing composite materials, like carbon fiber, and sheet metals. The company's products are made using 100 percent reclaimed carbon fiber enabling up to 80 percent GHG emissions savings compared to standard composite materials and metals.
Nth Cycle is a metal refining company. We work with scrap recyclers and miners to recover production-grade critical metals from industrial scrap, low-grade ore, and refining waste. Our patented electro-extraction technology, The Oyster — an alternative to hydrometallurgy and pyrometallurgy — enables customizable, clean, and consistent recovery of the critical metals for the energy transition.
ndustrial.io offers analytical engines that help businesses control production, improve energy efficiency, and eliminate waste. They help organizations, primarily mid-tier manufacturers, become more competitive through energy efficiency, waste elimination, and other fiscally responsible, environmentally intelligent solutions. With a proprietary industrial operating system, the company integrates legacy data, streamlines deployments of new Industrial IoT assets, and hosts model predictive control algorithms. ndustrial.io services include energy efficiency retrofits, real-time energy analytics and sustainability monitoring software, renewable energy technologies, and sustainability consulting. It also deploys real-time cloud=based applications for factories and industrial facilities around the world. ndustrial.io was founded in 2015 and is based in Durham, North Carolina, United States.
Clean Energy Ventures invests in early-stage climate tech startups. 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.
Advanced Ionics provides electrochemical technologies for the energy and chemical industries. It enables customers to save money, enhance efficiency, promote economic security, and reduce greenhouse gas emissions. Chad Mason established Advanced Ionics in Milwaukee, Wisconsin in 2017.
ClearTrace is a software company that provides automated energy and carbon accounting for investors, enterprises, and real estate owners. Its digital assets represent the purest form of proof and immutability for the real-world impact of energy generation and consumption. ClearTrace allows companies to stand behind their claims of carbon reductions, sustainability, and renewable energy to prevent greenwashing and provide a source of truth for corporate decarbonization. The company was founded in 2017 and is headquartered in Austin, Texas.
Copper Labs unlocks real-time data from existing electric, gas, and water meters wirelessly and at a fraction of the expense and effort of traditional smart meter deployments. Using this information, Copper Labs helps utilities across North America support a data-driven transition to a low-carbon economy, increase resilience in the face of a changing climate, improve equity, manage demand, and deliver an exceptional customer experience.
ConnectDER we craft technology and business solutions for the distributed generation industry. Our flagship product provides plug-and-play grid integration for distributed energy resources (DERs) like solar power, energy storage, and electric vehicles.
SunDensity has developed a groundbreaking Photonic Smart Coating (PSC) technology that enables the up and down conversion of the wavelengths in white light (UV to IR) to match the desired band which can solve several in-efficiencies in photonics. By conversion of spectrum, they have developed, and field tested a patent-pending PSC that significantly reduces the cost of electricity generated by solar photovoltaics (PV) applications, customizes thermal and optical behavior of architectural glass, and increases the quantum efficiency of optoelectronic instruments.