A recent industrial desalination project using electrodialysis technology has demonstrated stable and efficient purification performance for phosphorylcholine-related products. The system integrates an AIO416-500S alloy membrane electrodialysis unit together with a 416-type heterogeneous membrane system, allowing flexible operation under different production…
For many aging lithium extraction plants, the biggest challenge is no longer raw material supply — it’s production bottlenecks caused by outdated membrane performance and early-stage system design limitations. A leading salt lake lithium producer in China recently faced this…
As industries face rising sulfuric acid prices, stricter wastewater discharge regulations, and growing pressure to improve resource efficiency, more manufacturers are turning to Bipolar Membrane Electrodialysis (BPED) technology for industrial brine treatment and chemical recovery. A BPED system for sodium…
We’re honored to be featured by the Membrane Industry Association of China for our Mamicuo Salt Lake Bipolar Membrane project in Tibet, China. At an altitude of 4,400 meters, LANRAN’s BPED system is helping transform post-lithium extraction NaCl wastewater into…
A 10,000 t/y Resource Recovery Project in Xinjiang’s Textile Industry As the first electrodialysis application in Xinjiang’s textile industry, this project demonstrates how Bipolar Membrane Electrodialysis (BPED) converts sodium sulfate solid waste into reusable sulfuric acid and caustic soda. Using…
Turn Sodium Sulfate into Valuable Resources In many industries, sodium sulfate (Na₂SO₄) is generated as a byproduct—often leading to high disposal costs and environmental compliance pressure. Lanran’s Bipolar Membrane Electrodialysis (BPED) technology offers a practical solution:✔ Convert sodium sulfate into…
For lithium producers operating in remote, high-altitude regions, logistics and waste management are more than operational challenges—they are direct cost drivers. At the Mamicuo Salt Lake lithium and boron project, Lanran has implemented a bipolar membrane electrodialysis system that transforms…
Ever wonder what powers the lithium behind the energy transition? Look to China’s salt lakes. 🏔️ And there, you’ll find a consistent pattern: the leading projects, from mega-expansions to high-altitude pioneers, integrate electrodialysis (ED) and bipolar membrane electrodialysis (BMED). At…
Let’s discuss the most crucial factor when lithium prices fluctuate: your operational costs (OPEX). While many focus on the initial investment, the hidden threats are energy consumption, chemicals, and downtime. Membrane technology, such as Electrodialysis (ED), isn’t just an alternative;…
Excited to share that the Foshan Jialida Textile Wastewater ZLD Project has been featured on CCTV’s “Climbers” program 📺. Powered by Lanran Tech’s Electrodialysis (ED) and Bipolar Membrane Electrodialysis (BPED) technologies, the project showcases how large-scale textile wastewater can be…
