A Calgary -based resource development company that is testing a particular method to extract lithium says that its Alberta central pilot project has reached a significant milestone.
The demonstration installation of E3 Lithium, known as Clearwater Project, is east of Olds, Alta. It is testing direct lithium extraction technology for commercial scale.
The process pumps brine of the underground aquifers of the oil field, extracts lithium and then reinjects the liquid back.
Phase 1 of the pilot project began in September and E3 Lithium says it produced lithium of battery degree in three weeks. Chris Doornbos, the company’s CEO, described the latest technological successes significant steps to demonstrate the viability of technology.
The next phase of the project involves drilling a production well and an injection well. E3 Lithium says that ensuring financing to advance your work is key.
“That is the biggest challenge that I think the company faces at this time, … joining that financing,” said Doornbos in an interview.
The company announced last week that it will sell some of its assets in the Lithium district of Saskatchewan to “a private company of length of one arm” for approximately $ 4.29 million, renamed its finances towards the Clearwater project.
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Active development
In a statement issued on the sale of assets of Estevan, Doornbos said that E3 Lithium remains focused on building the first fully integrated lithium production installation in Canada.
“By monetizing these non -basic lithium assets in Saskatchewan, we are unlocking the value that reinforces our financial position and supports the active development of our Clearwater project that will help us achieve a final investment decision,” he wrote.
Doornbos said that the next 12 months will be critical, since the company works to complete its feasibility study, ensure permits and organize financing to have a commercial installation “prepared for the blade” in early 2026.
He said that the objective is to start commercial production in 2028, with plans of approximately 36,000 tons of lithium carbonate annually.
Once operational, the installation is expected to create around 200 jobs full -time, as well as hundreds of temporary construction work to build it first.
“Much of that will be locally,” said Doornbos.
It is estimated that it will cost $ 2.5 billionThe project has already received $ 27 million from the federal government and $ 5 million in provincial support through the Alberta Initiative Reduction of Emissions of the Province.
A tape cutting event was held for phase 1 in September, where Energy Minister Brian Jean said that Lithium is key to Alberta’s future and that he is pleased to see that the progress project.
“Critical minerals such as lithium are a large part of promoting everything from cars, phones to data centers,” Jean said.
“They are showing how ripe oil and gas sites can be reused for this mineral development, which means that there is a good cost proposal there.”
Doornbos said that the objective of E3 Lithium is to demonstrate a low impact production process and produce lithium that can be sold directly to the battery industry without postprocessing, which normally occurs in China today.
“The project that we will develop will use minimal land and very little or no water, which makes it one of the less shocking lithium production projects worldwide,” he said.
The environmental researcher has questions
Teresa Kramarz, an associate professor at the School of Environment and co -director of the Environmental Governance Laboratory of the University of Toronto, said that direct lithium -lithium extraction technology is using is promising, but has not yet reached the industrial scale.
He pointed out that he is still piloting in Canada and around the world, even in Argentina and Chile.
“Many things are still hypothetical,” Kramarz said.
Among the key concerns that the environmental impacts raised, particularly how the process could alter hydrological systems, affecting groundwater pressure, quality and underground water flows.
“When something is still a pilot, there is a lot of impact modeling,” Kramarz said.
“So I think the most important things will be to ensure that there are some really clear baseline measurements to discover what is happening.”
Kramarz said that he is anxious to see projects, such as the one working E3 Lithium, evolves, especially to see which safeguards are implemented and how risks are managed as unforeseen mining waste.
She emphasized the importance of strong regulatory supervision as Canada presses to expand the critical production of minerals.
“There is an impulse to develop them that regulatory supervision can be left behind,” he said.
(Tagstotranslate) Clearwater Project (T) E3 Lithium