Volume 89 Issue 19 | p. 12 | News of The Week
Issue Date: May 9, 2011

Albemarle To Make Lithium

New Technology: Company claims advance will allow recovery of lithium from Arkansas brine
Department: Business | Collection: Green Chemistry, Sustainability
News Channels: Environmental SCENE
Keywords: lithium, brine, batteries, electric vehicles
Albemarle expects to produce lithium for batteries that power vehicles such as General Motors’ Chevrolet Volt.
Credit: GM
notw2_volt
 
Albemarle expects to produce lithium for batteries that power vehicles such as General Motors’ Chevrolet Volt.
Credit: GM

Seeing an opportunity to participate in the developing market for batteries to power electric vehicles, Albemarle has developed technology that it says can recover lithium from brine. The company plans to produce commercial quantities of lithium carbonate, a raw material for lithium batteries, in Magnolia, Ark., by 2013. Sales could approach $75 million by 2015, the firm says.

Albemarle plans to separate lithium carbonate from brine, which it also uses to manufacture bromine, with what it calls a “selective recovery” technique. The firm says it has successfully produced lithium carbonate in a lab setting and is now operating a pilot plant to optimize the process. Albemarle would not reveal details of its separation technology.

“Our lithium recovery technology is an extension of our technological know-how into a very attractive end market,” says Dave Clary, the firm’s chief sustainability officer. A spokeswoman adds that the commercial facility will have lithium carbonate capacity of 20,000 tons per year and will be “competitive in cost and quality with what is currently imported from South America.”

Major South American producers—including Rockwood’s Chemetall, Sociedad Química y Minera de Chile, and FMC—also recover lithium from brine. But lithium concentrations in brines from Chile and Argentina are about 1,400 to 1,500 ppm, compared with 100 to 300 ppm typically found in Arkansas brines, says Edward R. Anderson, president of mining consulting firm TRU Group.

Lithium carbonate is generally recovered from the higher-concentration brines by evaporation and concentration. But recovery from lower-concentration brines is more difficult. Robert Baylis, manager of industrial minerals research at England-based consulting firm Roskill, speculates that Albemarle may be using a resin-based absorption technique to concentrate the lithium. Some Chinese producers use such a technique, he says.

As demand grows for batteries for cell phones and tools, the need for lithium carbonate has been rising. However, the current price of about $4,500 per ton is 25% below the 2007–08 peak, Baylis says. Anderson notes that the big three producers can easily satisfy demand for the near future, and he doesn’t expect electric vehicle battery demand to begin ramping up until 2020.

 
Chemical & Engineering News
ISSN 0009-2347
Copyright © American Chemical Society

Leave A Comment

*Required to comment