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Lanran Technology |Lithium Recovery Solution | Membrane Seperation
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ZH

Lanran Technology |Lithium Recovery Solution | Membrane Seperation
  • Home
  • About Us
    • Vision/Value
    • History
    • Sustainability
    • Ethics
    • Public welfare charity
    • R&D
    • Virtual cloud
  • Industry Solution
    • Green Energy
      • Lithium Concentration
      • Lithium Hydroxide Production
      • Electrolysis & Electrocatalytic Oxygen
    • Circular Economy
      • Industrial Park Waste Salt
      • Lithium Battery Recycle & Recovery
      • Lithium Iron Phosphate By-Product Salt Conversion
      • Metal & Mining
      • Recycling of Ternary Precursor By-product
      • Chemical Manufacture
      • Organosilicon & White Carbon Black
      • Pesticide & Chemical
      • Petrochemical & Power Plant
      • Pulp & Dyeing
      • Textile
    • Life Science
      • Active Pharmaceutical Ingredient
      • Amino Acid Desalination
      • Bioproducts Purification
      • Contrast Media Desalination
      • Fine Chemical Desalination
      • Juice Deacidification & Soy Sauce Desalination
      • Organic Acid & Alkaline Production
    • Special Solutions
      • Micro-Electronics
      • Electrodialysis Reversal (EDR)
      • Electrodeionization (EDI)
    • Carbon Capture Utilisation and Storage
      • Organic Amine Purification
  • Product
    • Electrodialysis Device
    • Ion Exchange Membrane
  • Career
    • Personal development
    • Team Building
  • NEWS
  • Contact

ZH

Lanran Technology |Lithium Recovery Solution | Membrane Seperation

Making L-Carnitine Production Cleaner with Electrodialysis Technology

  • OnNovember 6, 2026
  • InProject

Efficient desalination is an important step in L-Carnitine production. How can manufacturers reduce salt content while minimizing chemical consumption and wastewater generation?…

LANRAN Is Heading to InterBattery 2027!

  • OnNovember 6, 2026
  • InCompany

As a leading global platform for the battery industry, InterBattery brings together industry leaders and innovators to explore the latest technologies and…

Acid & Alkali Concentration: Recover More, Waste Less

  • OnOctober 30, 2026
  • InTech

Many industries generate acidic and alkaline wastewater during production. Common sources include steelmaking, chemical manufacturing, dyeing, electroplating, mining, textiles, papermaking, and petroleum…

High-Salt Textile Wastewater: A Waste or a Resource?

  • OnOctober 30, 2026
  • InTech

For textile dyeing and finishing plants, high-salt wastewater brings three major challenges: ❌ Higher chemical costs — Plants need fresh acid and…

From Lithium Salts to Battery-Grade Lithium Hydroxide

  • OnOctober 23, 2026
  • InTech

As demand for lithium-ion batteries grows, efficient lithium processing is becoming increasingly important. LANRAN’s Bipolar Membrane Electrodialysis (BPED) technology converts lithium salts…

β-Alanine Desalination with LANRAN Two-Stage Electrodialysis

  • OnOctober 22, 2026
  • InProject

β-Alanine is an amino acid used in applications such as sports nutrition. In its production process, effective desalination is important for meeting…

Ammonium Sulfate Recovery from LFP Battery Production with BPED Technology

  • OnOctober 16, 2026
  • InTech

Converting By-products into Reusable Chemical Resources Lithium iron phosphate (LFP) batteries are widely used in electric vehicles and energy storage systems. During…

Sodium Sulfate Recovery from Ternary Precursor Production with BPED Technology

  • OnOctober 16, 2026
  • InTech

Converting By-products into Reusable Chemicals NCM (nickel-cobalt-manganese)Ternary precursor production for lithium-ion batteries generates sodium sulfate (Na₂SO₄) as a by-product. Managing this salt…

Silica Wastewater Treatment and Sodium Sulfate Recovery with LANRAN BPED Technology

  • OnOctober 9, 2026
  • InProject

Precipitated silica, also known as white carbon black, is widely used in rubber, plastics, coatings, and toothpaste. Manufacturers typically produce it by…

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