info@marketresearchfuture.com   📞 +1 (855) 661-4441(US)   📞 +44 1720 412 167(UK)   📞 +91 2269738890(APAC)

Lithium Extraction to Become More Environment Friendly in 2024 With DLE Process

By Shubhendra Anand , 01 February, 2024

Lithium extraction is a big question to meet the requirement of the metal in different sectors of production, mainly in battery production. Since, battery production leads to harmful effects in the environment, another method called Direct Lithium Extraction (DLE) has come out as a solution in 2024
The conventional methods of lithium extraction and purification methods are no longer in usage as they prove to be more costly and harmful to the environment. Since, the production of batteries is increasing day by day in the light of clean energy transition, the demand of lithium is expected to grow even more. Lithium demand and battery production are interdependent, since usage of batteries is required for electrification in different sectors, such as electric vehicles, power grids, wind turbines, and others. Therefore, increase in battery production will lead to growing number of demand for lithium by 1.42 million metric tons by the end of 2030.DLE or direct lithium extraction will lead to 300 percent lithium per ion than other extraction processes as of now. The process involves solvent extraction, membranes, and others that help in the extraction of lithium directly from the source and refining it. The technology developed by DLE is known as LiTASTM that helps to meet the demand of lithium extraction along with refining lithium directly from brine at lowest cost price possible. It helps to meet the lithium demand for batteries production, as clean energy transition will focus more on the electrification. Hence, the need of batteries will increase leading to robust demand of lithium by 2030. With the new method, DLE, it is easier to reduce the emissions from lithium at the same time creating a balance with required amount of lithium production to meet the growing energy demands by 2050. The electric vehicles are expected to increase in production in 2024 for the sake of green energy transition causing lithium demand to increase that can be well compensated with the new direct lithium extraction (DLE) process of 2024.

Direct Lithium Extraction Process

DLE-PROCESS.jpg

Latest News

2050.png
Big Tech Backs Nuclear Expansion: Pledges to Triple Global Capacity by 2050

Leading technology giants Amazon, Google, and Meta have teamed up with other big energy users in a historic action at the CERAWeek 2025 energy conference in Houston to promote an ambitious initiative: doubling world nuclear power capacity by 2025…

Read More

Shifts.png
China’s Refining Industry Sees 2.1% Growth in Early 2025 Amid Rising Fuel Demand and Geopolitical Shifts

China's refining sector showed resilience and adaptability in the first months of 2025, raising crude oil throughput by 2.1 percent over the year before. According to the National Bureau of Statistics, this increase resulted in a processing volume of…

Read More

2025.png
Elsevier Unveils ScienceDirect AI in 2025 to Revolutionize Research Efficiency

In March 2025, Elsevier launched ScienceDirect AI, a world-renowned leader in science and health information science. This state-of-the-art generative AI tool can potentially transform the industry with its revolutionary advances in research. This…

Read More

Drop.png
EV Revolution: Battery Prices Drop Below USD 100/kWh Amid China's Dominance of the Market in 2025

The global electric vehicle (EV) industry has reached a pivotal milestone. The average price of lithium-ion battery packs has dropped below the USD 100 per kilowatt-hour (kWh) threshold, a benchmark long considered critical for achieving price parity…

Read More

2025.png
China Accelerates Push for Domestic EV Chips Amid Global Trade Tensions in 2025

In 2025, China will focus on self-sufficiency in high-tech industries by further integrating domestically produced semiconductor chips into the country\'s electric vehicle (EV) industry. By doing so, China aims to reduce reliance on foreign…

Read More

Author Pic
Shubhendra Anand

Head Research