E3 Lithium表示现场试点测试结果超出预期

E3 Lithium 的试点测试有助于确定是否可以从艾伯塔省的勒杜克卤水中高效且有效地大规模提取锂。

哈特能源员工

总部位于加拿大的 E3 Lithium 于 10 月 18 日表示,其位于阿尔伯塔省的直接锂提取 (DLE) 现场试验工厂的三项优化测试结果超过了关键性能指标。

这些测试有助于确定是否可以从艾伯塔省的勒杜克卤水中高效且有效地大规模提取锂,测试重点是锂回收率、锂产品流中的锂品位以及流量比。结果将纳入公司商业设施的整体设计中。

“这些结果超出了我们的预期,非常令人鼓舞,”E3 Lithium 首席执行官 Chris Doornbos 在新闻稿中表示。“随着我们通过预可行性研究推进设施的工程,团队正在研究这些积极成果的影响。该团队继续进行试点以确认这些结果,安全工作是重中之重。”

全球降低排放的努力导致对锂的需求增加,锂是一种关键金属,也是可充电电池的关键成分。与露天矿中从岩石中开采的锂不同,DLE 被视为一种利用离子交换、溶剂萃取或吸附等化学过程从盐水中提取锂的环保方法。

“最初三项测试的目标是最大限度地提高流量比,同时保持锂回收率和产品流的纯度,”E3 Lithium 在新闻稿中解释道。“三个测试中的每一个参数都进行了修改,以增加流速比,同时旨在确保保持回收率,同时实现高水平的纯度和高锂浓度。”

该公司表示,下一步包括在 2023 年秋季推进第二个第三方系统的测试。

原文链接/hartenergy

E3 Lithium Says Field Pilot Test Results Exceed Expectations

E3 Lithium’s pilot tests help determine whether lithium can be efficiently and effectively extracted at scale from the Leduc brines in Alberta.

Hart Energy Staff

Canada-based E3 Lithium said Oct. 18 the results from three optimized tests at its Direct Lithium Extraction (DLE) field pilot plant in Alberta surpassed key performance indicators.

The tests, which help determine whether lithium can be efficiently and effectively extracted at scale from the Leduc brines in Alberta, focused on lithium recovery, lithium grade in the lithium product stream and the flow rate ratio. The results will factor into the overall design of the company’s commercial facility.

“These results have exceeded our expectations and are extremely encouraging,” said E3 Lithium CEO Chris Doornbos in a news release. “The team is working through the impact of these positive results as we progress the engineering of the facility via our pre-feasibility study. The team continues to operate the pilot to confirm these results and working safely is the highest priority.”

The global push to lower emissions has led to higher demand for lithium, a critical metal and key component for rechargeable batteries. Unlike lithium mined from rock in open pits, DLE is seen as an environmentally friendly way of extracting lithium from brine using chemical processes such as ion exchange, solvent extraction or adsorption.

“The goal of the initial three tests was to maximize the flow rate ratio while maintaining lithium recovery and the purity of the product stream,” E3 Lithium explained in a news release. “Various parameters in each of the three tests were modified to increase the flow rate ratio while aiming to ensure recovery was maintained, along with achieving high levels of purity and high lithium concentration.”

Next steps include progressing the testing of the second third party system in fall 2023, the company said.