From Tibet to Qinghai: Why China’s Top Salt Lake Lithium Projects Choose the Same Core Technology?
Ever wonder what powers the lithium behind the energy transition? Look to China’s salt lakes. 🏔️ And there, you’ll find a consistent…
Reflecting on 2025 & Charging Ahead into the New Year
Last week, the Jiangshan Lanran team gathered in Wuyi for our annual year-end meeting—a time to reflect, realign, and recharge. Throughout the…
Stuck in Lithium Cost Chaos? This Technology Cuts Your Biggest Bills
Let’s discuss the most crucial factor when lithium prices fluctuate: your operational costs (OPEX). While many focus on the initial investment, the…
Bipolar Membrane Electrodialysis: How to Transform Lithium Sulfate into High-Purity Lithium Hydroxide?
At the final stage of lithium extraction from salt lakes or battery recycling, we often face a key challenge: how to efficiently…
Foshan Jialida Textile Wastewater ZLD Project has been featured on CCTV’s “Climbers” program
Excited to share that the Foshan Jialida Textile Wastewater ZLD Project has been featured on CCTV’s “Climbers” program 📺. Powered by Lanran…
Electrodialysis Solution for Ammonium Nitrate Condensate Treatment
Background：In ammonium nitrate production, condensate wastewater is generated during the evaporation process. This stream typically contains high concentrations of ammonium nitrate, has…
Lanran CCUS Application Solutions Series | Case VI
Case: A Refining & Petrochemical Amine Purification Project in Zhejiang Background: This refinery operates one of Asia’s largest co-exes (40 million t/a…
Lanran Tech’s CCUS Amine Purification Electrodialysis Project has been recognized as a 2025 Green Trade Demonstration Case
Lanran Tech’s CCUS Amine Purification Electrodialysis Project has been recognized as a 2025 Green Trade Demonstration Case at the China International Import…
Lanran CCUS Application Solutions Series | Case V
Case: 2,000,000 t/a CO₂ Capture & Storage Base at a steel producer in Inner Mongolia Background: A major steel producer launched China’s…