Electric vehicles are the future of transportation—but only if they function efficiently. Currently, a shortage of a key element (lithium) used to fuel batteries is expensive, in short supply, and not environmentally sound. Using a new, patented technique, my team at Litus has developed an extraction method that has the potential to be a game-changer.
Using nanoparticles—a miniscule particle of matter (think a grain of sand compared to the size of the earth)—to move in and capture the lithium that exists in salt water (brine) solutions is more efficient, more affordable, and cleaner than current extraction methods. And we’ve figured out how to do that.
By dropping the cost (currently some $80,000/tonne – a jump from $8000/tonne just two years ago) and making lithium more available, the opportunity to actually meet the impeding demand for e-vehicles has the potential to be reality, binging Canada closer to its climate targets by 2030.
Lithium has other uses too; it is regularly found in computer and technical equipment that requires a power source; it can also be used glass and ceramics.
I am proud to lead the team at Litus; as an entrepreneur, a mentor, a teacher, and woman in engineering, I believe I am a trailblazer in both my knowledge of technology and my abilities as a businessperson to develop and promote the ground-breaking work taking place at my start-up, Litus. I’m excited about the work, and my work with young students and researchers at the University of Calgary.