Standard Lithium Ltd. (STLHF) is focused on unlocking the value of existing large-scale U.S.-based lithium brine resources that can quickly be brought into production. The Company believes new lithium production can rapidly be brought on stream by minimizing project risks at selection stage; resource, political & geographic, and regulatory & permitting; and by leveraging advances in lithium extraction technologies and processes.
The Company’s flagship project is in southern Arkansas. The more than 180,000-acre “Smackover Project” is in the most prolific and productive brine processing region in North America. Agreements with large commercial brine operators in the region will allow Standard Lithium to utilize the extensive existing infrastructure, including brine supply and disposal pipelines, water, power and a trained workforce to fast-track project development timelines.
“Arkansas produces about 9.4 billion gallons of brine per year, according to 2010-2016 average statistics reported by the Arkansas Oil & Gas Commission.”
Standard Lithium signed a binding MoU with global specialty chemicals company LANXESS Corporation and its U.S. affiliate Great Lakes Chemical Corporation with the purpose of demonstrating the commercial viability of extraction of lithium from brine (“tail brine”) that is produced as part of LANXESS’ bromine extraction business at its three Southern Arkansas facilities.
LANXESS’ land operations in Southern Arkansas encompass more than 150,000 acres, 10,000 brine leases and surface agreements and 250 miles of pipelines. LANXESS extracts the brine from its wells located throughout the area, and the brine is transported to the three Arkansas plants through a network of pipelines. The three bromine extraction plants currently employ approximately 500 people and process and reinject several hundred thousand barrels of brine per day.
Standard Lithium has developed a breakthrough rapid lithium extraction process that reduces the recovery time of extracting lithium from brine to as little as several hours vs. the current industry method that takes years. The process is also much more environmentally friendly with a significantly smaller footprint than the conventional processes. The company has a signed agreement to locate a demonstration scale lithium extraction plant inside one of LANXESS’ chemical plants in Southern Arkansas.
The Company has also signed an option agreement with NYSE-listed Tetra Technologies for the lithium rights for exploration, extraction, and possible commercial development on approximately 30,000 acres of brine leases in Southern Arkansas. The largest available land package.
Recent laboratory results of four brine samples recovered from two existing wells in Standard Lithium’s project area showed lithium concentrations ranging between 347-461 mg/L lithium, with an average of 450 mg/L lithium in one of the wells and 350 mg/L in the other. Geological modeling of the project area is complete, and a maiden resource report is on the horizon.
World demand for lithium continues to surge. The global lithium compounds market is projected to reach U.S. $5.87 billion by 2020 at a compound annual growth rate of 13.22% between 2015 and 2020. Lithium-ion batteries are the fastest growing segment of the market.
Standard Lithium’s commitment to being a premier, innovation-driven company focused on developing and commercializing new modern processes for lithium extraction is bolstered by the leading experts that comprise the company’s Scientific Advisory Council. Each member was selected because of their experience and expertise in areas that are central to and/or complement Standard Lithium’s current development plans. Standard Lithium recently welcomed to the Council world-renowned chemist Dr. Barry Sharpless, the recipient of the 2001 Nobel Prize in Chemistry for his work on chirally catalyzed oxidation reactions.
Standard Lithium is led by a team of professionals with proven strong technical and project development skills. CEO Robert Mintak has a global network of industry contacts and is a pioneer in the rapidly evolving lithium space. COO and President Dr. Andy Robinson is an experienced geoscientist with 20+ years of experience and a PhD in Geochemistry from the University of Bristol, UK. Dr. Robinson has worked on a wide range of projects in the resource, power and energy sectors in Europe, Africa, and North and South America.
The company recently appointed Robert Cross as non-executive chairman. Cross is an engineer with 25 years of experience as a financier and company builder in the mining and oil and gas sectors. He co-founded and serves as chairman of B2Gold, a top-performing growing gold producer which is expected to achieve nearly 1 million ounces of low-cost gold production in 2018. He was also co-founder and chairman of Bankers Petroleum Ltd.; co-founder and chairman of Petrodorado Energy Ltd.; and until October 2007 was the non-executive chairman of Northern Orion Resources Inc. He also was previously the chairman and CEO of Yorkton Securities Inc., and a partner in investment banking with Gordon Capital Corp. in Toronto. Cross has an engineering degree from the University of Waterloo (1982) and received an MBA from Harvard in 1987.
Following a multi-million-dollar financing in Q1 2018, Standard Lithium is well-positioned to meet its upcoming milestones including two maiden resource reports and the launch of its breakthrough rapid lithium extraction technology.
- Flagship project located in a world class jurisdiction with decades of production infrastructure in place
- Agreements with commercial operators to access existing brine production to fast track development
- Agreement to locate and install its rapid lithium extraction process inside an operating chemical plant
- Global lithium compounds market projected to reach U.S. $5.87 billion by 2020
- Technological advances provide access to low cost, battery-grade lithium materials
- World demand for lithium expected to increase 300% by 2025
- Partnerships with the University of British Columbia, Saltworks, Zeton and SGS Canada are focused on developing, building and demonstrating new lithium extraction technologies