Alternatives to V-Glass

Princeton Critical Minerals is a cleantech startup focused on expanding commercial deployments of its revolutionary brine-based lithium production platform in the US and South America.

Develops and manufactures active magnetic bearing systems for industrial machinery to improve energy efficiency.

Revolutionizing metal production with molten oxide electrolysis for cleaner and more efficient extraction of critical metals.

A global leader in 3D design, engineering, and entertainment software, driving innovation in architecture, manufacturing, and media.

Developing advanced materials for a sustainable future.

The only remaining alumina refinery in the United States, producing smelter-grade and chemical-grade alumina, and establishing primary gallium production.

Enabling the construction industry to build smarter, faster, and greener with physical AI and robotic microfactories.

AI for real-time adaptive control in industrial systems.

UK-based manufacturer of rare earth and magnet-free electric motors for automotive, industrial, and marine applications.

Developing industrial humanoid robots for physically demanding tasks in shipbuilding, construction, and energy sectors.

Transforms waste heat into zero-emission electricity using an isothermal heat engine.

AI-driven SaaS platform optimizing industrial compressed air systems to improve energy efficiency and reliability.

Energy-as-a-Service platform for businesses.

Advanced material science company focused on energy efficiency and fire resiliency for critical infrastructure.

Critical metals processing company focused on recovering platinum group metals.

Australian company focused on the mining and production of scandium, nickel, and cobalt, securing significant US investment for its Syerston project.

Swedish battery technology startup developing advanced materials and scalable, water-based screen-printing manufacturing processes.

AI-powered IoT platform for energy management in commercial and industrial smart buildings.

Developing high-performance, compostable foams from bacterial cellulose to replace fossil-based plastics.