How to choose aluminum or titanium adsorbent for geothermal brine lithium extraction?

Product selection depends on your geothermal brine acidity and pH value. HP160 aluminum lithium adsorbent matches neutral & weak alkaline geothermal water within pH 4–8. Titanium lithium ion sieve has excellent acid resistance, perfectly suitable for high acid geothermal wastewater with high sulfate impurities.

Can treated geothermal brine be reinjected back into underground formation?

Yes. Our closed-loop geothermal lithium recovery system produces no extra waste liquid, fully meets environmental reinjection standards of EU, Turkey, USA and Southeast Asia geothermal projects.

How to apply free geothermal brine testing and adsorbent samples?

Click any consultation button on this page to jump to our official contact page https://www.haipumat.com/contact.html, submit your brine parameters and demand for free lab evaluation and samples.

Geothermal Brine DLE Lithium Extraction Adsorbent

Geothermal Brine DLE Lithium Extraction Adsorbent | Lithium Ion Sieve for Geothermal Water

Geothermal Brine DLE Lithium Extraction Adsorbent
HP160 Aluminum & Titanium Lithium Ion Sieve

We supply two types of lithium adsorbents tailored for geothermal brine: HP160 aluminum adsorbent for neutral & weak alkaline geothermal water, and titanium lithium ion sieve for acidic geothermal wastewater. Adopt side-stream DLE technology, no need to shut down geothermal power station. The treated brine can be reinjected underground, reaching ≥90% lithium recovery rate. Contact us for free brine testing, or download our technical datasheet.

Request Free Brine Test & Lab Samples Get Full Geothermal DLE Technical Datasheet

✅ Custom material selection based on brine pH ✅ ≥90% lithium recovery efficiency ✅ ISO & EU REACH certified supply ✅ Global geothermal project technical support

Lithium adsorbent for geothermal brine DLE lithium extraction, HP160 aluminum and titanium lithium ion sieve for geothermal water lithium recovery

Main Challenges Facing Geothermal Brine Lithium Recovery Projects

Unstable pH & Complex Impurity Composition

Geothermal brine varies from strongly acidic to neutral alkaline. Single-type adsorbent cannot adapt all water quality conditions, improper selection leads to low lithium separation efficiency.

High Content of Sulfate, Mg & Ca Ions

Ordinary adsorption materials suffer severe ion interference, low lithium selectivity, high operation cost for long-term geothermal production.

No Allowance for Geothermal Plant Shutdown

Full-flow reconstruction brings huge investment loss. Geothermal operators demand lithium recovery without interrupting power generation.

Strict Underground Brine Reinjection Rules

EU, Turkey and US geothermal environmental policies forbid extra waste liquid discharge. Evaporation ponds are restricted in most geothermal resource areas.

Adsorbent Fouling & Short Service Cycle

Scaling ions inside geothermal fluid cause rapid aging of common adsorbents, increasing frequent replacement cost.

Lack of Targeted DLE Technical Solutions

Most DLE suppliers only provide single adsorbent model, unable to match variable acidic geothermal wastewater conditions.

Adsorbent Selection Guide for Geothermal Water DLE Based on Brine pH & Acidity

HP160 Aluminum-Based Lithium Adsorbent

Applicable Working Condition: Neutral & weak alkaline geothermal brine, stable operating pH range 4–8

Cost-effective industrial grade adsorbent with outstanding anti-sulfate performance, steady lithium adsorption efficiency for medium-pH geothermal hot water, widely used in global moderate geothermal resource projects.

Titanium-Based Lithium Ion Sieve

Applicable Working Condition: Strong acidic geothermal wastewater, wide adaptable pH range

Superior acid resistance performance, maintains high lithium selectivity under high sulfuric acid geothermal fluid, perfect solution for Turkey, Europe high-acid geothermal brine extraction demand.

Send your geothermal brine sample for laboratory evaluation, we will recommend the most suitable adsorbent model. Contact our technical team now

HP160 & Titanium Lithium Sieve Technical Specifications

Item	HP160 Aluminum Lithium Adsorbent	Titanium Lithium Ion Sieve
Applicable pH	4.0 ~ 8.0	1.5 ~ 7.5
Li Adsorption Capacity	≥5.5 g/L	≥6.0 g/L
Working Temperature	≤85℃	≤95℃
Anti-acid Performance	Medium	Excellent
Application Scenario	Neutral / weakly alkaline geothermal brine	Acidic geothermal brine

Closed-Loop Process Flow for Geothermal Brine Lithium Extraction

Geothermal Hot Water from Production Well → Pretreatment Unit → Adsorption Column (Aluminum / Titanium Lithium Adsorbent) → Lithium Desorption & Enrichment → Battery-Grade Lithium Salt Purification → Treated Geothermal Brine Underground Reinjection

Full closed circulation system without waste water emission, consistent with zero-carbon sustainable geothermal development policies in Europe, Turkey, North America and Southeast Asia.

Consult Full Geothermal DLE Process Design

Frequently Asked Questions About DLE Adsorbent for Geothermal Water Lithium Recovery

How to choose between aluminum HP160 and titanium lithium ion sieve for geothermal brine?

The core selection standard is your geothermal wastewater pH and acidity. HP160 aluminum adsorbent suits neutral and weak alkaline geothermal hot water within pH 4–8. Titanium lithium sieve owns excellent acid resistance, the optimal choice for high sulfate acidic geothermal brine. You can send water samples for free lab testing via our contact page to get targeted recommendation.

Can HP160 adsorbent work with high sulfate geothermal wastewater?

Yes. HP160 aluminum lithium adsorbent has strong tolerance to high sulfate ion content, stable separation performance for geothermal brine with rich sulfur impurities from Turkey and European geothermal fields.

Will lithium DLE extraction stop geothermal power plant production?

No shutdown required. We design side-stream extraction mode, only partial geothermal fluid flows into adsorption system. The main power generation pipeline keeps continuous operation without large-scale equipment reconstruction.

Is treated geothermal brine allowed for underground reinjection?

Our whole geothermal lithium recovery system forms closed circulation. No extra waste liquid is generated after lithium separation, fully meets the strict underground reinjection environmental standards of global geothermal industry.

How to apply free geothermal brine analysis and adsorbent lab samples?

Click any consultation button on this page, you will jump to our official contact page https://www.haipumat.com/contact.html, fill in your geothermal project details and brine parameters to apply free water testing and 500g–5kg laboratory adsorbent samples.

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