Why Cathode Active
Materials (CAM)?

CAM is by far the largest part of the EV battery cost and is the bottleneck to scaling the energy revolution.

SVX process enables:
– Lower capital requirements
– Lower manufacturing cost
– Smaller reactors for scalable production
– A broader range of input materials, e.g. ability to
use recycled metal oxides

Which unlocks:
– Much lower cost batteries for EVs
– Greater adoption and sales of EVs
– Closed loop manufacturing of critical minerals
– More flexible regional production

We must enable sustainable solutions

CAM also constitutes the largest carbon footprint of the lithium-ion battery and thus, the electric vehicle.
If we are to realize the clean transportation future we envision, we must enact sustainable solutions from materials-to-wheel.

SVX process enables:
– No water needed
– Massively reduced energy use
– Chemistry agnostic
– Broadens range of feedstock with less processed minerals

Which unlocks:
– 20B+ gallons of wastewater saved annually
– Decreased supply chain risks
– Ability to produce NMC, LFP, NCA, etc.
– A path to a net zero EV with using recycled materials