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Rabat – Moroccan scientist and engineer Rachid Yazami has emphasized Morocco’s “significant” potential in the lithium battery industry, including the production and subsequent export of these batteries.
Yazami spoke on the topic in an interview with SNRT News on the sidelines of the International Forum of Chemistry held in Rabat on May 15-16.
The Moroccan engineer pointed out that with the country’s rich phosphate and cobalt resources, alongside advancements in scientific research and the training of skilled professionals, Morocco is well-positioned to become a key player in the global lithium battery market.
“Morocco has significant potential…and gradually, with scientific research and the training provided by engineering schools and universities, Moroccan professionals are being prepared to support these projects in the future,” he said.
Yazami delivered a lecture at the event, during which he highlighted Morocco’s possession of two essential materials for battery production. The country boasts the world’s largest phosphate reserves, a critical component of batteries, and substantial cobalt deposits, crucial for high-energy batteries.
He also underlined the increasing interest in projects related to this industry, with stakeholders forging partnerships with foreign countries to bring in technology crucial for energy transition and electric vehicles.
The Moroccan scientist further stressed that integrating renewable energy sources like solar power with battery storage could solve many energy-related problems.
The presence of European electric vehicle manufacturers and upcoming Asian companies further highlights the need to produce and export batteries from Morocco, he added.
Born in 1953 in Fez, Yazami is best known for his pioneering work on lithium-ion batteries. His contributions to the field of battery technology have had a significant impact on the development of portable electronic devices and electric vehicles.
One of his most notable achievements is the development of the graphite anode used in most commercial lithium-ion batteries, making them safer, more efficient, and more commercially viable.
