TRU Lithium & Brine Industries Team
All Lithium Technologies & Engineering + Lithium Markets & Investment
Mining + Processing + Engineering + Markets + Applications - Lithium Ion Batteries + Li Battery Parts + All Lithium Ion Battery Cathode & Anode Materials
Diverse Brines Assessment + Extraction + Processing + Separation
TRU Group Inc claims to have the most qualified experienced-based lithium & brine team globally - with well over 100 person-years of lithium chemical & geological experience - a strong lithium consulting capability in all aspects of lithium engineering, technology and industry - lithium brine, spodumene ore, clays, mining, geothermal, lithium extraction, lithium chemicals & Li metal manufacturing, engineering, refining and purification. We have worked extensively in lithium-ion batteries - like li-ion cells, lithium batteries, compounds, ceramics, lithium metal / alloys, and battery parts and all lithium ion battery materials. We can manage all aspect of your lithium project from concept to production: TRU clients in lithium range from junior or high tech, to multi-billion- dollar conglomerates, for example, Advanced Metallurgical Group LSM, Materials & Electrochemical Research Corp, OM Group Inc, Mitsubishi Corporation, ExxonMobil, Resource Capital Funds USA, Sojitz Corp, Rio Tinto, POSCO, Lithium Americas, Rodinia Lithium, Chemtura, Salton Sea Industries USA and several other junior mining companies.
Resources • Pond Design • Extraction • Processing • Chemicals • Lithium Metal & Alloys • Applications • Lithium Technology & Science
Battery Design • Materials • Parts • Components • Plants • Equipment • Assemblies
Li- Carbonate • Li-Hydroxide • Li Chloride • Organo-Lithium • Butyl-Lithium • Li-Cobaltate • Li-Floride • Li-hypochlorite • Li-Oxide (lithia)
Pure Li-Metal • Li-Alloys LITHIUM BRINE CHEMICAL
Potash • Bromide• Magnesium • Zinc
salars • salt-flats • salt-lakes • evaporated lakes • geothermal-brine • producer-brines • sea water • semi-processed waste brines • desalination plant waste brines • coal seam gas water • mining brines • wastewater • groundwater aquifer brines • evaporated salt
We are world leaders in resource evaluation, salt lake salar exploitation, brine & mineral ore (spodumene, pegmatites etc) lithium extraction, processing, purification refining and recycling technologies - those in use, prospective, and leading edge - solar evaporation, selective ion adsorption, solvent extraction, electrodialysis, nanofiltration & advanced membrane, sileach /u-max, spodumene conversion, mica etc. Importantly our team includes strong potash, boron / borates and fertilizer capability usually lithium production coproducts.
TRU Lithium & Brine Team is expert in all aspects of Lithium Engineering, production and refining of lithium resources such as evaporation ponds, brines, spodumene mining: lithium basic chemicals - lithium carbonate, lithium hydroxide, lithium chloride: lithium intermediates - organo-lithium, butyl-lithium, lithium metal, lithium alloys and compounds - lithium cobaltate (LiCoO2 - positive electrode-active material for a lithium secondary cell). We have simulated, mapped, described and analyzed process details of many producer facilities. TRU has conducted numerous lithium Lithium Feasibility Studies and Lithium Investor Due Diligence. Importantly in the lithium and battery materials space, TRU standards are high and we are the most high-profile globally in warning of the now proven dramatic consequences of the lack of technical competence in the comparatively novel highly-specialized lithium space. This being so TRU will only participate in lithium projects TRU assesses as totally legitimate and that have reasonable prospects.
TRU Lithium & Brine Team members 2016, with over 100 person-years of experience at all the lithium Big-3 majors - SQM, FMC, Chemetall and China facilities - have managed, evaluated, designed, engineered, pilot-tested, specified equipment, developed and built these existing lithium plant facilities. Indeed the Team includes individuals who worked on the first geological & chemical lithium investigations in the 1970's for Salar de Atacama, Chile and Silver Peak, USA! Our team members know, have visited and have assessed most of the lithium facilities or salars in the Chile, China, Argentina, Nevada USA, Bolivia, Australia, Canada, Russia and Zimbabwe etc. Indeed, Ihor Kunasz (pictured left at Salar Uyuni) has worked in lithium & brine for over thirty years:Kunasz conducted the original exploration and brine resource determination of the Salar de Atacama and supported the Sociedad Chilena de Litio Operations through 1994. In 2014 he received the American 2013-14 SME Robert M Dreyer Award for his expertise and lifetime achievements in lithium & brine. In addition TRU undertook the most comprehensive, salt-flat through all downstream facilities, operational and financial global analysis of the lithium Big-3: SQM, FMC and Rockwood-Chemetall (acquired 2014 by Albemarle Corporation). TRU has been engaged concurrently in several salar brine, mineral based spodumene and Sulfate of potash (SOP) / oilfield / geothermal / bromine brine feasibility / amenability lithium chemicals conversion studies.
TRU Group Inc uses chemistry simulation modeling to evaluate resource potential. For example, TRU modeled brine-bittern-carbonate-process options to rank over 170 global lithium brine salt lakes / flats / salars (plus geothermal, oilfield brine sources) for their amenability to the use of emerging lithium extraction technology (electrodialysis • selective absorption • ion exchange • POSCO • Eramet • Tenova-Bateman • Simbol Materials-Alger - Tesla Battery driven etc).We have also evaluated and ranked major global lithium mineral ore sources comparing mineral-based to brine-based resources. TRU have undertaken many technical, engineering, modeling, industry, economic, financial, cost, marketing, supply-demand, feasibility and due diligence assignments in lithium. TRU Lithium & Brine Team includes lithium application specialists for example in batteries [plus battery design], fuel cells, electric vehicles, glass, lithium chemicals [such as lithium lubricants / greases and pharmaceuticals] lithium alloys and other battery material.
TRU Lithium & Brine Team member visits included the Qinghai CITIC Guoan and Qinghai Lithium, Taijinair China Qaidam basin salt lake facilities and other key lithium brine properties, for example the following as of 2016 -
- Albemarle Corporation Rockwood – (formerly Chemetall Foote), USA - Silver Peak, NV, USA*
- Albemarle - Chemetall-SCL: Sociedad Chilena del Litio La Negra, Chile - Salar de Atacama, Chile*
- FMC Corporation, USA – Minera del Altiplano, Argentina - Salar del Hombre Muerto, Argentina
- SQM - Soquimich - Sociedad Química y Minera de Chile S.A., Chile - Salar de Atacama, Chile
- Lithium Americas (Minera Exar) / Orocobre - Salars Cauchari-Olaroz, Argentina **
- Bolivian Government, Bolivia - Salar de Uyuni, Bolivia
** Lithium Americas (Minera Exar) in March 2016 now a joint venture project with SQM, and Western Lithium NV a subsidiary of Lithium Americas as Lithium Nevada Corp. TRU has worked extensively on the Salars Cauchari-Olaroz, Argentina project but was not involved in - and TRU disassociates itself from - the Feasibility Study of 2012 that both Lithium Americas and SQM now say April 2017 is "updated".
TRU has diverse BRINE TECHNOLOGY capability. Our brine projects and expertise encompass salars, salt-flats, salt-lakes, evaporated lakes, geothermal-brine, producer-brines (from oil & gas drilling / fracking), sea water, semi-processed waste brines, desalination plant waste brines, coal seam gas water, mining brines, any wastewater and groundwater aquifer brines or evaporated salt in various forms. TRU in 2017 is continuing its assessment of the amenability of various processes for lithium & zinc extraction from Salton Sea geothermal operations, USA. We are also still working mid-2017 on a similar assignment for ExonMobil with respect to oilfield producer brine. Earlier TRU examined the Smackover briines for Chemtura bromine and byproducts. Also see -
TRU has in depth state-of-the art engineering capability in extracting valuable brine-based chemicals such as lithium, magnesium, potassium, bromine, iodine, boron and others. Our TRU Lithium & Brine Team members have visited and have studied all of the major and most of the undeveloped brine resources - South America, China, Tibet, and USA (Smackover AR & Salton Sea CA). Examples,Salar de Atacama, Maricunga, auchari, Incahuasi, Olaroz, Puna Region, Clayton Valley NV, Smackover Arkansas bromide brines, Sabkha Matti / Dead Sea Middle East and many others around the world.
TRU has the strongest capability to evaluate lithium asset investments and undertake due diligence at all levels of the lithium industry. Most lithium output is in multi-commodity operations and includes potash, fertilizers, boron, boric acid, bromine and other salt products - for which we have a solid capability. Salar salt flat exploration especially is unique - not conventional geology!
In addition, juniors mining companies typically have little (mostly no) experience in chemical plant project development yet tend to use strikingly similar methods (often only internal) that are not bankable. These approaches are inappropriate for resource owners seeking investment and unacceptable for those trying IPO's. Some of the recently built lithium facilities have technical production problems or are uncompetitive - which could have been predicted by experienced lithium engineers. Also feasibility studies can be flawed due to ignorance of the strategic issues at play. See: TRU Investing in Lithium Companies. Virtually all Chinese brine-based lithium operations are failures. Even the most modern ore-based Chinese Jiangsu plant built by western engineers seriously underperformed (explosion and sold at a loss). Production of lithium chemicals to the crucial strict specifications is very challenging! Lithium technology is tricky, high tech and specialized. See
TRU Lithium Supply-Demand 2020 forecast was a major detailed assessment for Mitsubishi Corporation employing our team of lithium supply side and demand side experts. The supply analysis was in detail, by producer & resource, for both brine and minerals [mainly spodumene]. The demand side analysis included TRU proprietary lithium consumption projections in batteries, lubricants, glass / glazing / ceramics, air conditioning, pharmaceuticals, polymers, metal alloy, and other applications based on our own in-depth assessments of these markets. The work included a forecast of the main basic lithium chemicals - lithium carbonate, lithium chloride and lithium hydroxide. Competitive process and individual producer (existing and aspiring) costs were modeled calculated and compared. The detailed application outlook included demand in electric vehicles [including a comprehensive examination of electric vehicle EV and HEV, PHEV, PEV battery technology innovation and the readiness of lithium cell technology for this application. Lithium batteries - which use cobalt, graphite and lithium - 2014 march currently in vogue due to the Tesla plan for an American giga battery plant. Lithium prices were projected and updated:
TRU Lithium & Brine Team Engineering & Design is by American, Canadian or European certified licensed Professional Engineers. TRU is a registered member of Professional Engineering Ontario Canada. and "Qualified Persons" Stock Market securities regulations (CRIRSCO, SEC USA NI 43-101 JORC) and PEO Canada
Concepts for TRU Group Inc lithium consultants: lithium, consultant, lithium consultant, lithium consultants, lithium consulting, lithium battery consulting, lithium battery materials consultants, lithium experts, lithium engineers, salt, brine, lithium geologist, lithium resource, lithium plant design engineering, lithium carbonate plant engineering & design. Li, Lithium oxide (lithia) Li2O, Lithium bromide LiBr, Lithium carbonate Li2CO3, Lithium hydroxide monohydrate LiOH.H2O, Lithium chloride LiCl, Lithium fluoride LiF, Lithium hypochlorite LiOCl, Butyllithium: C4H9Li. simbolmining.com americanlithium.com