Harnessing the power of nature from the inside out.
Nature is brilliantly efficient with its everyday chemical interactions. Applying this magic to our systems reduces negative impacts and streamlines processes. The result is better performance at lower cost.
Platform
Performance without compromise.
MicroX is a first-of-it’s-kind molecular system that took more than a decade to develop. It uses renewable inputs to create stable, tunable molecular interactions. This enables novel solutions that are less expensive and less harmful to the environment. When applied to our energy system’s critical elements, it can dramatically reduce harmful emissions and make low carbon solutions more available and affordable.
- Cutting Edge Nanochemistry
- Reduces Overall Carbon Emissions
- Less Toxic Waste
- Lower Cost
- Simple to use
- Easy to integrate
- Naturally Compatible
EV & Energy Storage
The next revolution in high performance batteries.
A simple, more cost effective way to make lithium-ion battery cathodes with better performance that will transform the electric vehicle (EV) and energy storage (ESS) sectors.
- Lowers the cost of li-ion batteries
- Enables adoption of renewable energy sources
- Lowers cost of active material production
- Increases effectiveness of li-ion chemistries for long-term energy storage
- Increases EV adoption
- Potential to increases performance
- Potential to increases the life of the battery
- Flexible solution that is compatible with current and future cathode production processes
MicroX makes it possible to combine lithium and metals salts like nickel, manganese, and cobalt in a way that’s twice as fast, uses 70% less energy, and increases yields more than 10%. It also has the potential to raise the cathode performance while lowering costs by at least 20%.
Next Generation Fuels
Higher performance fuels for a low carbon future.
A new stable system that blends oxygenates into mid-distillate fuel (marine & diesel fuels) to perform better and reduce harmful emissions.
• Significantly lowers particulate matter and NOx emissions
• Reduces sulfur content
• Long term stability
• Very low carbon renewable blendstock
• Can displace diesel fuel use by up to 40%
• Global solution
• Flexible for performance optimization
• Adapt to regional supply chains
This fuel has been proven to reduce particulate matter by 70%, nitrogen oxides by over 10+%, and the carbon life cycle by 70+% compared to ultra-low-sulfur diesel (ULSD). That’s twice as much as alternatives like renewable diesel at just 5% of the capital to produce.
Speciality Chemical Applications
Enabling lower carbon, higher performing solutions for a wide variety of industries.
Nature 
Innovation Adaptation
Solutions
Massive reductions in carbon and emissions with a higher performance for a lower cost.
Impact
More sustainable and efficient systems that meet the needs of both people and the planet.
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