Climate Solutions
That Move Markets.

Low-cost modular critical minerals refining for domestic and international supply chains: a cleaner, faster, and more affordable alternative to today’s refining.

Grid enhancing technology expands transmission capacity by up to 60% without new lines, unlocking the full potential of the existing grid and enabling renewables adoption.

Turns the utility meter into an all-in-one integration point for distributed energy resources, making the grid edge smarter and more responsive.

Carbon-oxygen battery stores energy for days without critical minerals. Already on Mars. Now bringing long-duration storage to Earth's grid.

Lowers sustainable aviation fuel costs through a single-step process, making decarbonization affordable in one of the hardest-to-abate sectors.

Mass-market turbocompressor that dramatically breaks the existing performance limits of electric heating and cooling equipment.

Provides firm, dispatchable power with high-efficiency thermal storage and freezing technology that cuts energy use in data centers, cold chain logistics, and any HVAC application by up to 40%.

3D-printed spacers reduce energy costs up to 30% and improve efficiency for reverse osmosis water treatment, the foundation of clean water at industrial scale.

Transforms mine waste into cost-competitive phosphoric acid and sulfuric acid locally from captured CO₂.

Replaces century-old Haber-Bosch process with ambient-temperature electrochemical ammonia production, reducing CO₂ from one of the world's biggest industrial emitters.

Industrial heat up to 1800°C, powered by clean electricity at prices that compete with – and beat – natural gas.

Transforms CO₂ into low-carbon cement additives at the source of industrial emissions, decarbonizing concrete, the world's most-used material.

High-temperature electrolyzers use industrial waste heat to produce green hydrogen at the lowest possible cost unlocking decarbonization of heavy industry.

Aligns carbon fibers magnetically to create lightweight composites with superior strength, stiffness, and conductivity — enabling lighter EVs, aircraft, and infrastructure.

Smart Photonic Coating that increases solar output by up to 20% for both silicon-based and polymer-based solar cells. A drop-in upgrade with no new hardware required.

Renewable energy analytics platform helping buyers and sellers quantify, price, and manage the risk of variable clean energy, bringing data-driven rigor to the energy transition.

Pre-fund portfolio

Tracks 24/7 carbon-free energy at the meter level, giving corporates the granular data they need to credibly decarbonize their operations.

Third-party certification of high-performing, energy efficient homes, creating market value for efficiency upgrades and accelerating residential decarbonization.

Atomically-thin cathode coatings improve EV battery cycle life, safety, and energy density, enabling longer range and faster charging for next-gen vehicles.

Energy intensity platform helps industrial operators reduce energy use per unit of production — unlocking 10-30% energy and carbon savings without process changes.

Electrolysis technology that electrifies and decarbonizes chemical manufacturing, replacing energy-intensive thermal processes with clean electrochemical ones.

Liquid organic hydrogen carriers safely store and transport hydrogen at ambient conditions, solving the biggest barrier to global green hydrogen trade.

Electrochemical lithium extraction directly from brine, unlocking 85% of untapped lithium with minimal water use, no evaporation ponds, no toxic chemicals.

40% reduction in AC energy consumption with near-doubled system efficiency, a critical breakthrough as global cooling demand surges alongside warming temperatures.

PET & polyester waste upcycling creating a circular plastics supply chain, turning one of the world's largest waste streams into a clean manufacturing input.

Power Router platform enhancing energy performance and alleviating grid constraints, giving utilities and developers a smarter tool to manage distributed energy.

Hydrothermal cement production cuts CO₂ emissions by 70%, transforming one of the largest industrial sources of carbon into a low-carbon material.

Converts asbestos mine tailings into permanent CO₂ storage and critical mineral feedstocks — turning a hazardous waste into a climate solution.

Flex-HERS™ converts low-grade iron ore into molten steel or high-purity iron in one step, making green steel viable at industrial scale with flexible feedstocks.

AI-powered platform connecting energy, capital, and data to electrify ground freight, accelerating the transition of commercial transportation.