Lilac Solutions

Working to improve lithium extraction for electric vehicles and energy storage

Via Separations

Developing a membrane-driven industrial separation process that reduces energy consumption


Redesigning the electric motor to be more efficient and cost productive.


Domesticating bacteria for use in climate-relevant biochemical transformations such as biomass digestion


Developing a new, electrochemical approach to direct air capture of carbon dioxide


Reinventing air conditioning around a novel polymer-based heat exchanger

Sublime Systems

Developing technology for the manufacture of cement using intermittent renewable electricity.

Clean Crop Technologies

Reducing food waste and crop loss using ionized air

Charm Industrial

Converting waste biomass into bio-oil that’s injected underground for negative emissions, or reformed into other products.

Leading Edge Equipment Technologies

Enabling solar manufacturers to produce high-quality, low-cost silicon wafers with a greatly reduced resource footprint.

Noon Energy

Developing low-cost battery technology for long-duration energy storage, allowing intermittent renewables to meet continual demand

Prime Coalition syndication investments

Quidnet Energy

Grid-scale energy storage solution

RedWave Energy

Converting waste heat to electricity at low cost and high efficiency


Developing a meter collar to enable solar and other renewable resources to connect to the grid cheaply, safely, and rapidly


Working on high permeability and energy-efficient membranes to reduce the cost and energy of desalination and water treatment


Rebound Technologies has developed a freeze point suppression cycle that enables agile cooling for cold chain food manufacturers and logistics companies in an otherwise fixed capacity, legacy equipment world that increases productivity, throughput and therefore revenue.

Wright Electric

Electrifying aviation by integrating innovative battery and airframe designs for electric airplanes

Opus 12

Developing a device that uses electrochemistry to convert waste carbon dioxide into useful fuels and chemicals


Developing recyclable and moldable composite materials with potential to cost-competitively reduce vehicle weight