Top 5 Lithium Tailings Extraction Plant Suppliers in Germany [2025]

Founded in 2010 in Munich, German LithiumTech GmbH didn't just jump on the lithium bandwagon—they helped build it. What started as a small team of materials scientists and engineers has grown into a global leader, with installations in over 30 countries. Their claim to fame? The LTX-5000 Tailings Extraction Plant , a modular system that combines dry and wet processing to squeeze lithium from even the lowest-grade tailings.

"We don't just extract lithium—we reimagine the entire process," says CEO Anna Richter. "Our LTX-5000 uses a proprietary dry separation technology that cuts water usage by 70% compared to traditional wet methods. That's a game-changer for mines in water-scarce regions."

Key to their success is integration: their plants often pair lithium tailing ore extraction equipment with crude ore extraction equipment , letting mines process both fresh ore and tailings in one workflow. Take their 2024 project with a Chilean mining giant: in just 6 months, the LTX-5000 processed 1.2 million tons of tailings, recovering 1,800 tons of lithium carbonate—with a 92% purity rate. "We thought our tailings were tapped out," said the mine's operations director. "LithiumTech proved us wrong."

What really sets them apart? Customization. Whether you need a portable unit for remote sites or a fixed plant processing 500 tons per hour, they tailor every system to your ore's unique chemistry. And with a 24/7 support team based in Berlin, downtime is practically unheard of. "Our clients don't just buy equipment—they buy peace of mind," Richter adds.

Sustainability isn't an afterthought here, either. The LTX-5000's energy-efficient motors and closed-loop water systems have earned it the EU's Ecolabel, and the company offsets 100% of its manufacturing emissions. For mining companies under pressure to meet ESG goals, that's more than a bonus—it's a necessity.

If German LithiumTech is the pioneer, EcoExtract Solutions is the rebel with a cause. Based in Stuttgart, this 2015 startup made headlines by ditching harsh chemicals entirely. Their EcoDry Tailings Processor uses ultrasonic separation and nanoceramic ball mills to extract lithium without acids or solvents—making it the cleanest option on the market.

"Mining shouldn't mean poisoning the planet," says founder Markus Weber, a former environmental engineer. "Our EcoDry system uses high-frequency vibrations to separate lithium particles from tailings, then grinds them to nano-sized powders with our microcrystalline ceramic ball equipment . No toxic runoff, no greenhouse gas emissions—just pure lithium."

Their breakthrough came in 2023 with the EcoDry Mini, a portable unit the size of a shipping container. Perfect for small mines or remote sites, it can process 50 tons of tailings per hour and fits on a standard flatbed truck. "A Canadian mine in Manitoba used it to recover lithium from tailings that had been sitting for 20 years," Weber recalls. "They're now making $2 million a year from what was once waste."

EcoExtract's secret weapon? Partnerships with universities. They work closely with the Technical University of Munich to refine their ceramic ball technology, which reduces wear and tear on machinery—slashing maintenance costs by 40%. "Traditional steel balls wear down fast, leaving metal contaminants in the ore," Weber explains. "Our microcrystalline ceramic balls last 10x longer and keep the lithium pure."

Clients rave about their transparency, too. EcoExtract provides real-time data dashboards showing recovery rates, energy use, and emissions, so mines can track their sustainability goals. "It's not just about the lithium," says a client in Australia. "It's about proving to investors we're serious about green mining."

For mines that demand pinpoint accuracy, PrecisionTails GmbH in Dresden is the name to know. Founded in 2012 by former semiconductor engineers, this company brings a "lab-level precision" mindset to ore processing. Their flagship PrecisionSep 3000 uses AI-driven sensors to analyze tailings in real time, adjusting separation parameters on the fly for maximum recovery.

"Lithium extraction isn't one-size-fits-all," says CTO Karl Heinz. "Tailings from Australia's hard rock mines are totally different from those in Bolivia's salt flats. Our AI system learns your ore's quirks and adapts—no human operator needed."

Take their 2025 project with a Chinese battery manufacturer: the client needed ultra-pure lithium (99.9%+) for EV batteries, so PrecisionTails installed a PrecisionSep 3000 paired with their nano composite ceramic ball mill. The result? A 98.7% recovery rate and lithium pure enough to skip the refining step—saving the client $1.2 million annually in processing costs.

What makes their tech stand out? Speed and accuracy. The PrecisionSep 3000 can scan ore particles as small as 5 microns (that's thinner than a human hair!) and separate lithium from other minerals in milliseconds. "Traditional systems guess; we measure," Heinz says. "That's why our clients see 15-20% higher recovery rates than with standard equipment."

They're also leading the charge in tailing ore extraction equipment for urban mining. In 2024, they partnered with a German recycling firm to extract lithium from old laptop batteries and EV battery waste—proving their tech works on more than just mine tailings. "The future of lithium isn't just in mines," Heinz predicts. "It's in our trash, and we're ready to recover it."

Not every mine needs a massive industrial plant—and GreenCycle Innovations in Hamburg gets that. Since 2014, they've specialized in compact, energy-efficient systems that punch above their weight. Their bestseller, the GreenPack 200 , is a modular unit that fits in a 20-foot container and processes 200 tons of tailings per day—perfect for small to mid-sized operations.

"We started GreenCycle because we saw a gap," says founder Lena Schmidt. "Big suppliers ignored small mines, but those are the ones that need sustainable solutions most. Our GreenPack 200 costs a third of a full-scale plant and can be up and running in 2 weeks—no fancy infrastructure required."

How do they keep it small? They skip the frills and focus on what works: a combination of dry process equipment and a low-energy hydraulic press to concentrate lithium. A 2023 case study in Peru tells the story: a family-owned mine with just 10 employees used the GreenPack 200 to process tailings from a defunct silver mine. Within 3 months, they were selling 50 tons of lithium carbonate per month—doubling their revenue.

Schmidt is particularly proud of their customer support. "Our team doesn't just install the equipment—they train your staff, help with permits, and even connect you with lithium buyers," she says. "We've helped over 50 small mines go from 'struggling' to 'thriving' in the last 2 years."

Don't let the size fool you, though. The GreenPack 200 still meets EU emissions standards and uses 50% less energy than comparable systems. "Small doesn't mean low-quality," Schmidt adds. "We test every unit for 1,000 hours before shipping—so you know it'll work when you need it."

Rounding out our list is Advanced Ore Processing AG (AOP), a Berlin-based heavyweight with a legacy dating back to 1995. While they've long been known for crude ore extraction equipment , their 2020 pivot to tailings extraction has made them a force to reckon with. Their OmniProcess 10000 is the Swiss Army knife of lithium recovery—a full-scale plant that handles everything from tailings to crude ore to recycled batteries.

"Why choose between tailings and fresh ore when you can do both?" asks sales director Thomas Kuhn. "The OmniProcess 10000 switches between feedstocks with the push of a button, so mines can adapt to market prices. If lithium prices spike, process tailings; if ore is cheap, switch to crude ore. It's flexibility that keeps mines profitable."

Their 2024 project in Argentina is a masterclass in versatility: a mine using OmniProcess 10000 processed 500 tons of tailings daily during Q1, then switched to crude ore in Q2 when prices dropped—all without stopping production. "We saved $3 million in downtime alone," the mine's CFO reported.

AOP's edge lies in their decades of engineering experience. Their equipment is built to withstand the toughest conditions—from the heat of Australian deserts to the cold of Canadian tundra. "Our shredders and separators are overengineered on purpose," Kuhn laughs. "We'd rather ｒｅｐｌａｃｅ a part once every 5 years than have you calling us for repairs every month."

They're also ahead of the curve on automation. The OmniProcess 10000 can be run remotely via tablet, with AI predicting maintenance needs before breakdowns happen. "A mine in Chile had a bearing starting to wear—our system flagged it 2 weeks early," Kuhn says. "They replaced it during a scheduled shutdown, avoiding $500,000 in lost production."