Global eEnergy Solutions (GeES) is in the business of modelling and designing in certified laboratories, and pilot plants a technology to process recycled cobalt from end-of-life EV batteries.
Cobalt is the most critical, expensive, and scarce material in the production of EVs, EV battery industries, and companies producing cells for the renewable industry.
This scarcity is related to the fact, that the source of cobalt is concentrated in one country, the Democratic Republic of Congo, having almost 80 percent of world reserves. And lacking an appropriate structure to extract it applying neither conventional, nor innovative technologies.
To contribute to overcome the scarcity of cobalt, under the presumption that importing is risky, GeES is designing an industrial-chemical plant to recycle cobalt based on the statistical results of a model of this plant based on seven scenarios, directed to enhance the availability and transparency of data which is critical to bolstering market acceptance of secondary materials.
To accomplish the proposed goad goals:
GeES is designing, in a laboratory, a technology, an industrial structure, and a detailed business plan: to refine cobalt carbonate into lithium hydroxide battery grade.
to validate an investment to process in a smart industrial-chemical plant, twenty thousand metric tons per year, of cobalt hydroxide battery grade, in Arizona, to be delivery close to the line of production of the final user, timely, and at a competitive price