2021 Sustainability Report
Please click below link to access Orocobre’s 2021 Sustainability report https://www.orocobre.com/wp/?mdocs-file=8108Orocobre September Quarterly Production Briefing
Click below to listen to the Orocobre September Quarterly Production briefing held on 22 October at 10am AEST (Brisbane), 11am AEDT (Sydney, Melbourne) https://event.webcasts.com/starthere.jsp?ei=1502460&tp_key=47dd92ae6dInternational Lithium Association (ILiA) established for the ‘lithium century’
ILiA has been formed to provide a central, global voice of the global lithium industry and their stakeholders, and to promote a sustainable and a responsible future for the lithium value chain. “Our company’s vision to power a sustainable future supports the International Lithium Association’s goal to promote the reliable supply of lithium necessary... View Article
September 6, 2019
Veolia Water Technologies will provide a chemical processing plant featuring HPD® evaporation and crystallization technologies designed to convert lithium carbonate into lithium hydroxide employed in the manufacturing of batteries that power electric vehicles.
Driven by their joint success in supporting the rapid evolution and adoption of electric mobility, Toyota Tsusho Corporation, a global trading company in the Toyota Group, and Orocobre Ltd., an Australia-based industrial chemicals company, along with their joint venture Toyotsu Lithium Corporation awarded Veolia a comprehensive engineering, procurement, and construction (EPC) contract to build a new plant in Japan.
The Naraha Lithium Hydroxide Plant is designed to convert 9,500 tonnes per annum (tpa) of technical-grade lithium carbonate into 10,000 tpa of purified, battery-grade lithium hydroxide.
Thanks to low-cost operations and strong demand from Japanese battery makers, lithium carbonate volumes have been steadily increasing since Toyota Tsusho and Orocobre first produced lithium in 2015 at their brine-based Olaroz lithium facility in northern Argentina.
To support this growth, the joint venture made one of the biggest investment decisions to raise output in the South American lithium market, and the new Naraha hydroxide plant that will process this increased feedstock capacity will be the first of its kind in Japan.
To demonstrate the feasibility of the process design, Veolia successfully conducted laboratory testing and simulated key unit operations including clarification, ion exchange purification, evaporation, crystallization, and precipitation at its Phillip J. Stewart Technology Center in Plainfield, IL (USA).
The results obtained from this work confirmed the design parameters, reduced the technical risks and boosted the project viability resulting in the joint venture’s decision to allocate the funds for the investment, which was also supported by a grant from the Japanese government.
