Aquatech acquires Koch’s Li-Pro DLE business to build a full lithium processing platform

How does Aquatech’s acquisition of Koch’s Li-Pro technology reshape the lithium supply chain strategy?

Aquatech has acquired Koch Technology Solutions’ (KTS) direct lithium extraction (DLE) business, integrating its Li-Pro Lithium Selective Sorption (LSS) technology and associated intellectual property portfolio into the company’s proprietary PEARL process technology platform. This strategic deal positions Aquatech as a rare player offering a fully integrated, end-to-end lithium processing flowsheet, spanning extraction, purification, and refining. With electric vehicle (EV) and utility-scale energy storage markets increasingly dependent on secure lithium supplies, the move marks a pivotal moment in the evolution of critical mineral infrastructure.

The integration of Li-Pro into the PEARL platform means Aquatech now controls a vertically unified system designed to produce high-purity battery-grade lithium materials from raw brines. This end-to-end capability addresses a longstanding bottleneck in the lithium supply chain: the disconnect between upstream resource extraction and downstream refining. By merging these steps under one platform, Aquatech can reduce project complexity, shorten development timelines, and improve bankability for new lithium ventures—a critical factor as Western economies seek to localize supply chains and reduce reliance on China-dominated refining networks.

Industry analysts have observed that this acquisition aligns with broader trends in the battery metals sector, where consolidation and technology integration are becoming key strategies to de-risk projects. The lithium industry has struggled with fragmented technology stacks and scaling challenges, leading to delays and cost overruns. Aquatech’s end-to-end approach could set a new benchmark, offering investors and project developers a proven pathway to accelerate commercial production.

What impact will Li-Pro LSS technology have on the scalability and economics of lithium projects?

Li-Pro LSS is a sorption-based DLE technology that has undergone over 12,000 operational cycles at demonstration scale, delivering more than 95% lithium recovery rates in field trials. By incorporating this into the PEARL platform, Aquatech gains a commercially validated process that can be modularized for deployment at scale. This modularity is significant because it allows project developers to incrementally expand production capacity while controlling capital expenditure and operational risk—key concerns for institutional investors funding new critical mineral projects.

The economic implications are equally substantial. DLE methods like Li-Pro typically offer higher lithium recovery, lower water consumption, and reduced land footprints compared to traditional evaporation ponds, which can take 18–24 months to yield first product and suffer from lower recovery rates. In regions like North America and Europe, where permitting timelines are tight and ESG compliance expectations are high, the ability to deploy modular DLE systems could accelerate the rollout of lithium projects and reduce cost of production per ton.

Market watchers have noted that bringing Li-Pro into Aquatech’s platform could also enhance project bankability, as lenders and equity investors increasingly favor technologies with proven track records. By offering a bundled licensing package covering the full lithium flowsheet—from extraction to crystallization—Aquatech can potentially unlock financing channels that have historically been wary of early-stage DLE projects. This could catalyze a wave of Western lithium development, countering the dominance of China’s midstream refining sector.

How does the deal affect existing projects and partnerships involving Li-Pro technology?

The acquisition includes the transfer of all ongoing lithium extraction projects using Li-Pro technology, as well as associated licenses, agreements, and performance guarantees, directly to Aquatech. This includes the high-profile Joint Development Agreement with Standard Lithium Ltd. (TSXV: SLI) (NYSE American: SLI) for the Smackover Formation in Arkansas. There, Li-Pro has already completed over 12,000 operational cycles at a demonstration plant, consistently achieving over 95% lithium recovery—results that have made it one of the most closely watched DLE pilots in the United States.

It also brings under Aquatech’s umbrella the licensing agreement with Smackover Lithium, a joint venture between Standard Lithium and Equinor ASA (NYSE: EQNR) (OSE: EQNR), for the first phase of its South West Arkansas lithium project. That project is slated to produce 22,500 tons per annum (tpa) of lithium carbonate equivalent by 2028, with significant scope for later expansion. Analysts suggest that Aquatech’s involvement could help derisk the project’s execution by aligning it with a proven full-process platform, potentially accelerating its timeline and improving financing terms.

This continuity ensures that Li-Pro’s existing customer base experiences minimal disruption, while gaining access to Aquatech’s broader portfolio of process technologies. Koch Technology Solutions has stated that it will retain an active investment interest in lithium and battery minerals sectors through other portfolio holdings, signaling confidence in Li-Pro’s growth trajectory under Aquatech’s stewardship.

How are investors interpreting the strategic value of this acquisition for Aquatech and the broader lithium market?

While Aquatech is privately held and not publicly traded, its acquisition of Li-Pro has sparked strong interest among institutional investors and battery supply chain strategists. Many view this as a significant inflection point in Western efforts to secure domestic lithium supply chains, given the current dependence on China for over 60% of global lithium refining capacity. By offering an end-to-end, proven flowsheet under a single platform, Aquatech could become a preferred technology partner for energy companies, EV OEMs, and mining firms seeking vertically integrated solutions.

Investor sentiment around Standard Lithium’s stock has also reflected optimism following this announcement, as markets perceive Aquatech’s entry as de-risking its Smackover project. Standard Lithium shares (TSXV: SLI) (NYSE American: SLI) have experienced heightened trading volumes, and some analysts have hinted at potential upside as the company moves toward commercialization with the backing of a stronger process partner. Institutional flows into lithium equities have remained steady in recent months, but buy-side analysts suggest that further consolidation activity like this could trigger renewed bullish positioning across the sector.

Equinor’s involvement through its joint venture is another factor driving confidence. As a major energy company with a strong balance sheet and strategic interest in battery supply chains, Equinor’s continued participation signals that legacy energy players are betting on lithium as a core pillar of their transition portfolios. This cross-sector collaboration could further accelerate institutional acceptance of lithium projects as bankable, infrastructure-class assets.

Why does this move signal a broader shift in critical mineral project development strategies?

Historically, the lithium industry has struggled with fragmented technology offerings. Many projects stitched together extraction, purification, and refining technologies from multiple vendors, often leading to integration challenges, delays, and cost overruns. Aquatech’s strategy of integrating Li-Pro into its PEARL platform challenges this model by offering a unified, proven, and scalable solution. Executives at Aquatech have emphasized that this approach could remove process risk, cut costs, and accelerate time-to-market for new projects, addressing one of the most persistent bottlenecks in the critical minerals sector.

This strategy mirrors a broader shift across the clean energy and battery metals industries, where investors and governments are prioritizing supply chain resilience over purely cost-based optimization. The U.S. Department of Energy and the European Union have both launched initiatives to onshore or nearshore critical minerals supply chains, offering incentives to projects that reduce dependency on overseas refining. Aquatech’s vertically integrated approach aligns with these policy trends and could attract public funding support, further improving the economics of its deployments.

Industry experts point out that the lithium market’s structural deficit is expected to persist into the 2030s despite new supply projects, especially as EV adoption accelerates globally. By offering a faster, lower-risk pathway to commercial production, Aquatech could play a pivotal role in narrowing that supply-demand gap. The company’s 45-year track record in scaling industrial water and process technologies lends further credibility to its ability to commercialize Li-Pro at scale.

How could Aquatech’s end-to-end platform influence competitive dynamics in the lithium technology space?

Aquatech’s acquisition of Li-Pro positions it as a potential market-maker in the emerging DLE sector, which has seen a surge of interest but limited commercial success so far. Competitors in the space, such as EnergyX, Lilac Solutions, and Sunresin, have focused primarily on the extraction step without fully integrating downstream refining capabilities. This has created a market gap that Aquatech is now poised to fill. By offering a one-stop, bankable solution, it could attract customers that would otherwise have engaged multiple vendors and integrators.

This could also trigger a wave of consolidation as other technology firms seek to emulate Aquatech’s full-process strategy. Investors are likely to favor integrated platforms over point solutions, especially as financing conditions tighten and lenders prioritize lower-risk, turnkey options. If Aquatech can demonstrate early commercial deployments of Li-Pro under its PEARL platform, it could set a new industry standard and redefine competitive dynamics in the lithium technology landscape.

The move also underscores the growing convergence of water technology expertise and battery materials processing—a niche where Aquatech’s legacy strengths give it an advantage. Its experience in water treatment, crystallization, and modular plant engineering could become key differentiators as the industry scales.