Top 10 Lithium Ore Processing Plant Suppliers in Russia

Founded in 1992 and headquartered in Yekaterinburg, Ural Mining Technologies (UMT) is a pioneer in Russia's lithium processing scene. With over 30 years of experience, UMT has built a reputation for rugged, reliable equipment designed to thrive in Russia's harsh mining environments—think freezing temperatures in Siberia and dusty conditions in the Urals.

UMT specializes in crude ore extraction equipment and dry process equipment , two areas where they've set industry benchmarks. Their flagship crude ore extraction line, the "LithoPrime Series," is engineered to handle high-capacity mining operations, with models capable of processing 500 to 2,000 tons of ore per hour. What makes the LithoPrime stand out? Its modular design, which allows miners to scale production up or down without overhauling the entire system. For example, a small-scale mine might start with a basic LithoPrime 500, then add crushers and separators as demand grows.

UMT's portfolio includes projects across Russia and beyond. In 2023, they supplied a complete crude ore extraction and dry process line to a lithium mine in the Transbaikal Krai, helping the client boost output by 40% while reducing energy consumption by 15%. "UMT's equipment is built like a tank," says Ivan Petrov, operations director at Transbaikal Lithium. "We've run their crushers 24/7 for two years straight, and they've barely needed maintenance."

If there's one supplier that's redefined sustainability in lithium processing, it's Siberian Lithium Solutions (SLS). Based in Krasnoyarsk, SLS was founded in 2005 with a mission: to turn waste into wealth. Today, they're global leaders in tailing ore extraction equipment , helping mines recover lithium from tailings—waste materials left after initial ore processing—that were once considered worthless.

SLS's TAIL-X Series is a game-changer for the industry. Unlike traditional tailing processing systems, which often use water-intensive methods, the TAIL-X uses a combination of dry magnetic separation and air classification to extract lithium particles as small as 5 microns. This not only cuts water usage by up to 80% but also reduces the need for chemical additives, making it ideal for environmentally sensitive areas like Siberia's Lake Baikal region. "We used to leave tailings piles sitting idle, worrying about environmental impact," says Olga Mikhailova, CEO of Baikal Lithium. "With SLS's TAIL-X, we're now recovering an extra 15% lithium from those tailings—turning a liability into a profit center."

SLS doesn't stop at tailings, though. They've also developed hybrid dry process equipment that integrates seamlessly with existing mining operations, allowing mines to switch between crude ore and tailing processing without downtime. It's this flexibility that has made them a favorite among Russian mining giants like Norilsk Nickel and Polymetal.

When it comes to full-service lithium processing solutions, Moscow Ore Processing Systems (MOPS) is in a league of its own. Established in 1985, this Moscow-based supplier has evolved from a small machinery workshop into a global provider of turnkey processing plants, serving clients in over 20 countries.

MOPS prides itself on offering "everything under one roof," from crude ore extraction equipment to final lithium concentrate refining. Their most popular package, the "LithoMaster 3000," includes a jaw crusher for primary crushing, a cone crusher for secondary processing, a ball mill for grinding, and a flotation system for separation—all optimized to work together for maximum efficiency. What clients love most, though, is MOPS's focus on customization. "No two lithium ores are the same," explains Alexei Ivanov, MOPS's chief engineer. "A mine in the Urals might have hard rock ore with high silica content, while one in Siberia could have clay-rich ore. We tailor every component to match the ore's properties, ensuring 10-15% higher recovery rates than off-the-shelf systems."

MOPS also leads in wet process innovation. Their "HydroFloat" wet separation system uses advanced froth flotation technology to separate lithium minerals from gangue, even in fine-grained ores. Combined with their energy-efficient pumps and water recycling units, it's a system that's as kind to the environment as it is to the bottom line.

Operating out of Vladivostok, Far East Mining Innovations (FEMI) is the go-to supplier for mines in Russia's Far East and beyond. Founded in 2001, FEMI has carved a niche by designing equipment that can handle the region's remote locations and extreme weather—think heavy snow, high humidity, and limited infrastructure.

FEMI's specialty? Compact, mobile processing units that don't compromise on power. Their "LithoPod" series, for example, is a self-contained crude ore extraction equipment system mounted on trailers, making it easy to transport to remote mine sites. Despite its small footprint, the LithoPod can process up to 300 tons of ore per hour, thanks to its high-efficiency jaw crusher and vibrating screen. "In the Far East, getting heavy equipment to a mine can cost a fortune," says Dmitry Sokolov, a mining consultant who's worked with FEMI. "FEMI's mobile units eliminate that problem—you can drive them right to the ore deposit, set up in a day, and start processing. It's a game-changer for small to mid-sized mines."

FEMI also excels in tailing processing, with their "TailEco" system designed to recover lithium from tailings ponds with minimal water usage. Using a combination of gravity separation and dry magnetic separation, the TailEco can extract up to 85% of remaining lithium from tailings, turning waste into revenue for mines in the region.

For mines on a budget, Volga Lithium Tech (VLT) is the name to know. Based in Nizhny Novgorod, VLT has built its reputation on affordable, high-quality processing equipment that doesn't skimp on performance. Founded in 2010, the company has quickly become a favorite among startups and small-scale miners looking to enter the lithium market without breaking the bank.

VLT's sweet spot is entry-level crude ore extraction equipment and modular processing lines. Their "LithoStart" series, for example, starts at under $200,000 and includes a small jaw crusher, a hammer mill, and a basic dry separator—everything a new mine needs to start producing lithium concentrate. "We designed the LithoStart for mines that want to test the waters before scaling up," says Elena Kuznetsova, VLT's sales director. "It's simple to operate, easy to maintain, and can be upgraded with additional components as the mine grows—like adding a wet flotation unit or a tailing recovery system later on."

But affordability doesn't mean cutting corners. VLT uses high-grade steel in all its equipment and offers a 5-year warranty on critical components, giving clients peace of mind. Their after-sales support is another standout—VLT's team of engineers is available 24/7 for remote troubleshooting, and they offer on-site training for mine operators to ensure the equipment runs at peak efficiency.

When it comes to large-scale, high-capacity processing plants, Krasnoyarsk Ore Processing Group (KOPG) is unmatched. Founded in 1978, this Krasnoyarsk-based giant has built some of the biggest lithium processing plants in Russia, including the 5,000-ton-per-day facility in the Transbaikal Krai that supplies lithium to major battery manufacturers in Europe.

KOPG's expertise lies in handling massive volumes of ore with precision. Their "MegaLith" processing line is designed for mines producing over 1,000 tons of ore per hour, with equipment like 4-meter-diameter ball mills, high-capacity conveyors, and advanced control systems that monitor every step of the process in real time. "At that scale, efficiency is everything," says Pavel Morozov, KOPG's technical director. "Our MegaLith line uses AI-powered sensors to adjust crusher settings, mill speed, and separator parameters on the fly, ensuring maximum recovery while minimizing energy use. It's not just about processing ore—it's about processing it smarter."

KOPG is also a leader in sustainable processing, with their "EcoMega" system integrating water recycling (up to 95% of process water is reused), dust collection, and low-emission motors. For large mines looking to meet ESG goals, KOPG's green technologies are a major draw.

Innovation is the name of the game at St. Petersburg Mining Engineering (SPME). Founded in 1998 as a spin-off from St. Petersburg State Mining University, the company has a deep academic roots and a focus on developing next-gen processing technologies. Today, SPME is known for pushing the boundaries of what's possible in lithium ore processing, from nanotechnology-enhanced equipment to AI-driven process optimization.

One of SPME's most exciting innovations is their "NanoCrush" crusher, which uses nano-ceramic liners to reduce wear and tear by up to 60% compared to traditional steel liners. "Lithium ores are often abrasive, and crushers can wear out quickly," explains Dr. Anna Popova, SPME's head of R&D. "Our nano-ceramic liners are harder, more durable, and last 3-4 times longer—saving mines time and money on replacements." SPME also leads in dry process equipment with their "AirFloat" system, which uses air classification instead of water to separate lithium minerals. By adjusting air flow and particle size, the AirFloat can achieve separation efficiencies comparable to wet flotation but with 90% less water usage—a critical advantage in water-scarce regions.

Another standout is SPME's "LithoMind" AI platform, which uses machine learning to analyze ore composition in real time and adjust processing parameters automatically. Mines using LithoMind have reported 10-15% higher lithium recovery rates and 20% lower energy costs, making it a favorite among tech-forward mining companies.

Sustainability isn't just a buzzword for Novosibirsk Resource Recovery (NRR)—it's the core of their business. Founded in 2008, NRR specializes in turning waste into wealth, with a focus on tailing ore extraction equipment and eco-friendly processing technologies. Based in Novosibirsk, the company works with mines across Russia to recover lithium from tailings, waste rock, and even old mine dumps, helping to reduce environmental impact while boosting resource efficiency.

NRR's flagship system, the "EcoTail," is a complete tailing processing line that combines gravity separation, magnetic separation, and dry electrostatic separation to extract lithium from tailings. What makes the EcoTail unique is its modular design, which allows it to be integrated with existing mine infrastructure, and its low energy footprint—running on solar power in some remote locations. "Mines used to see tailings as a problem," says Andrei Kozlov, NRR's CEO. "Now, with our equipment, they see them as a second ore body. We've worked with mines that are now generating 20% of their lithium output from tailings alone—that's profit they would have left in the ground."

NRR also offers carbon-neutral processing plants, where energy from waste heat and solar panels offsets the plant's carbon emissions. For mines looking to meet net-zero goals, this is a major selling point.

For mines with unique or challenging ore types, Omsk Mining Solutions (OMS) is the go-to supplier. Based in Omsk, the company has built its reputation on custom-designed processing equipment tailored to the specific needs of each client. Founded in 1995, OMS has worked with mines processing everything from high-clay lithium ores to rare, complex ores with multiple valuable minerals—proving that one-size-fits-all equipment just doesn't cut it.

OMS's customization process starts with a deep dive into the ore itself. The company's team of geologists and engineers visits the mine site, collects ore samples, and runs extensive lab tests to understand the ore's composition, hardness, and mineralogy. From there, they design a processing line from scratch—whether it's a specialized crude ore extraction equipment for sticky clay ores or a hybrid dry-wet system for ores that require both methods. "We recently worked with a mine in the Urals that had an ore with high mica content, which kept clogging standard crushers," says Mikhail Voronin, OMS's lead designer. "We redesigned the crusher's jaw plates with a special angle and added a vibration system to shake out the mica—problem solved. That's the value of customization."

OMS also offers turnkey project management, handling everything from equipment design and manufacturing to installation and staff training. This end-to-end approach ensures that the equipment works seamlessly from day one, with minimal downtime.

Last but certainly not least, Kaliningrad Lithium Systems (KLS) rounds out our list as a supplier with a global outlook. Based in Kaliningrad, a Russian exclave on the Baltic Sea, KLS has easy access to European markets and has built a strong international client base. Founded in 2005, the company specializes in producing equipment that meets both Russian and European standards, making it a favorite among mines looking to export lithium concentrate to Europe.

KLS's standout product is their "EuroLith" processing line, designed to meet the strict environmental and quality standards of the EU. The EuroLith includes advanced dust collection systems, water recycling units, and emissions controls—ensuring that the lithium concentrate produced meets the EU's REACH and RoHS regulations. "European buyers are very particular about sustainability and traceability," says Petr Smirnov, KLS's export manager. "Our EuroLith line gives mines the peace of mind that their product will pass EU inspections with flying colors." KLS also offers comprehensive documentation and support for export, including help with customs, certifications, and logistics—critical for mines new to international trade.

Beyond Europe, KLS has supplied equipment to mines in Africa, Asia, and South America, with a network of local service partners to provide on-the-ground support wherever their equipment is installed. It's this global mindset that has made KLS a trusted name in the international lithium processing community.