Electrodeionization (EDI) and ion exchange technologies are at the forefront of water purification and resource recovery, playing a pivotal role in addressing global challenges in water scarcity, ...

Companies developing technologies to chemically extract lithium directly from brine promise to obtain the battery raw material in a way that has less environmental impact than the large evaporation ...

Technical White Paper Reveals Breakthrough Data on High Lithium Recoveries, Impurity Rejection, and Long Cycle Life The industry has been waiting for direct lithium extraction technology that can ...

Silicon Valley startup Lilac Solutions has a method to get lithium for batteries that’s cheaper, easier on the environment and less water-intensive than mining: it plans to pull it from the Great Salt ...

A row of large water filtration tanks at a water treatment plant in Australia. ECT2 designed a treatment system that uses its regenerable ion-exchange resin to remove per- and polyfluoroalkyl ...

Retention time and ion separation can be adjusted by altering eluent concentration and flow rate. Increasing the ...