0.54 cubic metre per sec. If the grade is 120ppm, recovery rates...

0.54 cubic metre per sec. If the grade is 120ppm, recovery rates for direct lithium extraction of 91.5% and for carbonation from lithium eluate of 88.6% as previous announced for PB, which gives the conversion rate of 81%, then it will produce LCE:

1. 0.54 cubic meters per sec = 1944 cubic meters/hour

2. Calculate the amount of lithium extracted per hour:Flow rate (in cubic meters per hour) * Lithium concentration (in parts per million, ppm) = Lithium extracted per hour (in kilograms)

1944 cubic meters/hour * 120 ppm = 233.28 tons of lithium extracted per hour

3. Calculate the production of LCE per hour:Lithium extracted per hour (in kilograms) * Conversion rate (%) = LCE per hour (in kilograms)

233.28 tons * 81% = 188.7328 tons of LCE per hour

So, the production rate of LCE is approximately 188.73 tons per hour!!

Not sure if my calculation is correct. IMHO, this looks awesome.