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Produced water from offshore oil and gas drilling has high concentrations of useful metals such as lithium, which is needed for electric vehicles and consumer electronics. The 12-month project will develop a nanosorbent technology that can recover lithium, zinc, and cadmium from produced water for reuse. That could help feed the growing demand for lithium, which is projected to rise from approximately 500,000 metric tons in 2021 to 3 million to 4 million metric tons in 2030, according to management consulting firm McKinsey and Co

Claros Technologies, Kureha Partner to Power Clean Technologies by Capturing Valuable Metals in ...

Claros Technologies is partnering with Kureha America, Inc. (Houston, TX), a wholly owned subsidiary of Kureha Corporation (Tokyo, Japan), to capture and reuse the highly coveted metals needed for batteries to power a net-zero economy. Awarded a grant to develop technology to recover lithium, zinc, and cadmium from oil- and gas-produced water, Kureha America sought out Claros because of its patented sorbent technology platform that enables the capture and detoxification of toxic metals such as mercury from water or the capture and recovery of valuable metals such as lithium

By Claros Technologies
Published - Nov 11, 2022, 08:37 AM ET
Last Updated - Jun 18, 2024, 02:47 AM EDT

MINNEAPOLIS, Nov. 11, 2022 (GLOBE NEWSWIRE) -- Claros Technologies is partnering with Kureha America, Inc. (Houston, TX), a wholly owned subsidiary of Kureha Corporation (Tokyo, Japan), to capture and reuse the highly coveted metals needed for batteries to power a net-zero economy. Awarded a grant to develop technology to recover lithium, zinc, and cadmium from oil- and gas-produced water, Kureha America sought out Claros because of its patented sorbent technology platform that enables the capture and detoxification of toxic metals such as mercury from water or the capture and recovery of valuable metals such as lithium.  

Produced water from offshore oil and gas drilling has high concentrations of useful metals such as lithium, which is needed for electric vehicles and consumer electronics. The 12-month project will develop a nanosorbent technology that can recover lithium, zinc, and cadmium from produced water for reuse. That could help feed the growing demand for lithium, which is projected to rise from approximately 500,000 metric tons in 2021 to 3 million to 4 million metric tons in 2030, according to management consulting firm McKinsey and Co.

"This project highlights the next challenge that Claros is taking on after successfully developing a sustainable solution for PFAS capture and destruction and mercury. Our technology platform will now be adapted for the capture and recovery of metals that are important to the global clean energy transition," said Dr. Abdennour Abbas, Claros founder and CTO. This transition will not be meaningful or successful unless it is associated with the recovery and reuse of these important metals. 

This is Claros' second partnership with Kureha. The first, announced in May, is joint development of technology that captures, concentrates, and permanently destroys per- and polyfluoroalkyl substances (PFAS) from wastewater for large-scale commercial use.

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