Your Questions, Answered

Our process combines innovative Direct Lithium Extraction (DLE) technology with advanced water treatment. Using an adsorption-based method, we selectively extract lithium and other critical minerals from geothermal brines. The system is designed for seamless integration with your existing geothermal operations, with minimal disruption to power production.

Yes. Our system is engineered to handle a wide range of geothermal brine chemistries, including those with high levels of impurities such as boron and magnesium. This ensures stable performance and high lithium recovery rates across diverse geothermal sources.

Our compact, modular design requires minimal space - a 130m³/h facility fits within just 5500 m². This eliminates the need for extensive land use, ponds, or pipelines, making it ideal for co-located operations.

From project start to production, the typical deployment timeline is 12–18 months, depending on site conditions and permitting.

With our Design-Build-Own-Operate (DBOO) model, Lithium Harvest not only delivers the facility — we also own and operate it, providing a fully managed, low-risk solution for geothermal operators.

Our solution is designed to be carbon-neutral. For every 1,000 metric tons of lithium carbonate produced, we can save up to:

• 15 million kg of CO₂ emissions
• 500 million gallons of water

This offers a more sustainable alternative to traditional lithium mining. Learn more about our sustainability efforts.

No. Our system is non-intrusive and does not impact power production. It can be paused or bypassed during routine maintenance or periods of low lithium concentration.

Through our DBOO model, we handle the full lifecycle — from design and construction to operation and maintenance. You get a fully managed, low-risk solution while continuing to focus on your core energy production.

Our solution supports closed-loop energy production, minimizes environmental impact, and aligns with regulatory and stakeholder ESG expectations. It is a sustainable solution designed to enhance your green energy credentials.

Our systems are scalable and designed for brine flows starting from 100 m³/h, with no upper limit thanks to modular capacity expansion.

Our solution is designed for low-concentration brines. The key factor is the combination of lithium content and flow rate. Let us evaluate your brine together — you might be surprised by what is possible.

Yes. Our process leverages commercially proven treatment technologies. Our partner has already produced more than 70,000 tons of lithium carbonate using the same core technology.

Learn more about our technology.

We produce battery-grade lithium carbonate and lithium hydroxide through an integrated extraction and refining setup — all at the geothermal site.

Yes — while lithium is our primary focus today, we are actively developing the recovery of other valuable minerals like boron and magnesium. These options can be added modularly in the near future.

Yes — and when available, using your heat and electricity helps make the lithium extraction process even greener. However, alternative power options can also be explored.

It depends on your brine flow rate, lithium concentration, and project setup. We offer a tailored assessment to give you realistic projections and help you understand the full value potential.

On-site. We co-locate directly at your geothermal facility, maximizing operational synergy, minimizing transport needs, and reducing environmental footprint. Our facility is designed for easy integration with existing infrastructure.

Absolutely. Our solution is modular and fully scalable, allowing for future expansions in capacity as your geothermal operations grow.

No. We manage offtake agreements and product sales, delivering lithium compounds to battery and EV markets — letting you focus on energy while we unlock the mineral value of your brines.

We are here to help. Contact us to discuss your geothermal project and how we can turn your brine into a new revenue stream — sustainably.