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es Lithium Removal from Battery Wastewater: Technical Evaluation for Low-Concentration Industrial Streams
Battery-material manufacturing and lithium-ion battery recycling can generate lithium-containing process water and wastewater. Where lithium concentration is low and Na⁺, K⁺, Ca²⁺, Mg²⁺ or TDS are high, candidate material selection requires a review of the complete stream conditions.
Low Lithium Concentration Is Only One Part of the Evaluation
For industrial wastewater, the suitability of adsorption or ion-exchange materials depends on feed composition, pH, temperature, flowrate, organics, competing ions and discharge or reuse targets. A final treatment outcome should not be assumed before the water analysis is reviewed.
Feed composition
Li, Na, K, Ca, Mg, sulfate, fluoride, COD/TOC, pH and TDS.
Operating conditions
Flowrate, temperature, existing pretreatment and process constraints.
Target requirement
Discharge control, reuse, purification or recovery evaluation.
Related Materials for Battery-Recycling Process Liquids
These product pages provide background on Haipu's existing material portfolio. Final product selection remains subject to technical evaluation.
Lithium Adsorbents
For review of applicable lithium-containing process streams.
HP160 Aluminum-Based Lithium Adsorption →HPL900 Titanium-Based Lithium Adsorbent →Impurity-Control Materials
For fluoride, silicon and calcium/magnesium control in applicable process liquids.
HP3500 Fluoride Removal Resin →HP4900 Silicon Removal Resin →HP4010 Calcium/Magnesium Removal Resin →Organic & Metal-Impurity Control
For related TOC, oil and metal-impurity purification requirements.
HP268 Oil/TOC Removal Resin →HP606 Heavy Metal Removal Resin →Advanced Ca/Mg Removal
For applicable lithium sulfate, lithium bicarbonate and other process-liquid purification reviews.
HP706 Advanced Calcium/Magnesium Removal Resin →Process-Liquid Purification Experience
Haipu's existing battery-recycling industry content includes nickel/cobalt removal, TOC removal, silicon removal, fluoride removal and other process-liquid purification applications.
View Battery Recycling Industry PageView Battery Recycling CasesSubmit Water Analysis for Technical Evaluation
Use the existing Haipu Contact Us form so that the inquiry follows the current website workflow.
Go to Contact Us- Application / process and project stage
- Li concentration and target lithium level (mg/L)
- Flowrate (m³/day)
- Na / K / Ca / Mg, TDS, pH and temperature
- Sulfate, fluoride, COD / TOC and existing treatment process
- Country / region and water analysis report, if available
Technical Evaluation Questions
Can Haipu guarantee a lithium discharge target?
Final suitability depends on complete water analysis, operating conditions and technical evaluation.
What information is needed for an initial review?
Please provide lithium concentration, competing ions, TDS, flowrate, target specification and process description.
Is this article only for lithium extraction projects?
No. It addresses battery-material and recycling process-liquid purification as well as lithium-containing industrial wastewater evaluation.
