Lithium-ion battery recycling specialist Li-Cycle reported US$8.7 million in revenues for the quarter ended April 30, 2022, more than double the previous quarter.
Li-Cycle said the growth in revenues – 29 x higher than the same quarter the previous year – was driven by increases in product sales volume and metal-based prices. Its operating expenses increased to US$30 million, six times higher than the US$5.6 million in the same period last year.
That resulted in a net loss of US$20.7 million, up 165% year-on-year. Adjusted EBITDA loss was US$19.5 million. Its financial year runs to October 31.
The company recycles lithium-ion batteries from both EVs and energy storage and its two-step process can achieve a 95% recovery rate. It recently opened its third recycling facility, in Arizona, its third ‘Spoke’ facility. Spoke facilities process battery scrap and end-of-life batteries before sending the resulting black mass to a recycling hub in New York, set to come online in 2023, which will refine it into the different critical materials which can then be used in lithium-ion battery production.
The company expects the energy storage system (ESS) sector to be a major contributor both for providing materials but also for offtaking recycled materials Li-Cycle produces.
During its most recent quarter, the company entered into long-term agreements with LG and Glencore to be their preferred lithium-ion battery recycling partner. The two companies will provide feedstock and scrap to Li-Cycle’s hubs while Glencore will provide black mass and sulfuric acid for its hub once open. Both LG and Glencore will have also signed offtake agreements for some of Li-Cycle’s battery-grade products produced at the Rochester hub.
“We continued to successfully implement our Spoke & Hub network strategy, with significant operational, commercial, and financial achievements this quarter,” Ajay Kochhar, Li-Cycle President and Chief Executive Officer.
“Strategically, we are positioning Li-Cycle as a leading and preferred recycler and supplier of critical battery materials, capitalizing on the significant secular growth trends.” Energy Storage - link - Cameron Murray - link - more like this (Li-Cycle) - link - more like this (USA) - link - more like this (batteries) - link
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