Top 5 Air Pollution Control System Suppliers for Lithium Battery Recycling Plants in Russia [2025]

Founded in 2005 and based in Yekaterinburg, UralEco Systems has deep roots in Russia’s industrial heartland. What sets them apart? They understand the local landscape—literally. Their team of engineers has designed systems that can handle everything from the Ural Mountains’ high altitudes to the Volga region’s fluctuating temperatures.

Their flagship product, the Integrated Air Pollution Control System (IAPCS), is tailored specifically for lithium battery recycling plants with capacities ranging from 500 kg/hour to 2,500 kg/hour (sound familiar? That’s the sweet spot for most mid-to-large Russian facilities). The IAPCS combines three key stages: a high-efficiency bag filter to catch 99.9% of particulates (including lithium dust), an activated carbon adsorption tower for VOCs, and a UV光解 (photolysis) unit to break down stubborn organic compounds like formaldehyde.

What really impresses clients is the system’s smart controls. Using sensors that monitor emissions in real time, the IAPCS adjusts fan speeds and carbon bed regeneration cycles automatically, reducing energy use by up to 18% compared to static systems. For a plant in Novosibirsk processing 800 kg/hour of lithium batteries, this translated to savings of over 2 million rubles annually on electricity bills.

UralEco also shines in after-sales support. They maintain a parts warehouse in Moscow and a service team that can reach most Russian cities within 24 hours—a critical advantage in a country as vast as Russia. “When our system needed a filter更换 (replacement) during a winter storm, UralEco’s team drove 600 km through snow to fix it,” recalls a plant manager in Chelyabinsk. “You don’t get that level of commitment from foreign suppliers.”

If you’re looking for cutting-edge technology with a local touch, Moscow CleanAir Technologies (MCT) is your go-to. Founded in 2010 as a joint venture between German engineering firm CleanAir GmbH and Russian investors, MCT brings European expertise to the Russian market—without the long lead times of importing fully built systems.

Their star product, the EcoScrubber-3000, is a hybrid system that merges wet scrubbing and dry filtration. Here’s how it works: first, exhaust gases pass through a scrubbing tower where a alkaline solution neutralizes acidic compounds like hydrofluoric acid (a byproduct of lithium battery breakdown). Then, the gas flows through a HEPA filter to catch any remaining particulates. This two-step process is especially effective in humid regions like Krasnodar Krai, where dry-only systems can struggle with clogs.

MCT’s big selling point? Customization. They recently worked with a lithium battery recycling plant in Rostov-on-Don to add a specialized de-sulfurization module (though we won’t dive into that here—our focus is air control!). The result? Emissions of sulfur dioxide, a common byproduct of battery pyrolysis, dropped to 5 mg/m³—well below Russia’s strict limit of 20 mg/m³.

Another plus: MCT’s systems are built in their Moscow factory, which means shorter delivery times and easier compliance with local certification standards like GOST 53369-2009. “We used to import systems from Germany, but the lead time was 6 months,” says a sustainability director at a Moscow-based recycling company. “MCT delivered our EcoScrubber in 12 weeks, and it was already pre-certified for Russia. No more paperwork headaches!”

For plants in Siberia, the biggest enemy isn’t just pollution—it’s the cold. Temperatures as low as -40°C can freeze pipes, crack filters, and grind operations to a halt. That’s where Siberian Green Solutions, based in Krasnoyarsk, comes in. Since 2012, they’ve focused on designing air pollution control systems that thrive in Russia’s harshest environments.

Their ArcticGuard APC System is a game-changer for cold-region plants. It features insulated ducting with electric trace heating to prevent freezing, a pre-heater that warms incoming air to 15°C before it hits the filters, and a drain system with anti-freeze additives. The result? The system can operate reliably even when outdoor temperatures plummet to -35°C—no more shutting down during Siberian winters.

But ArcticGuard isn’t just tough; it’s efficient. A plant in Irkutsk, which processes 600 kg/hour of lithium batteries, reported that their ArcticGuard system uses 22% less energy than their previous (non-insulated) setup, thanks to heat recovery technology that captures waste heat from the scrubbing process to warm the pre-heater. “Last winter, our electricity bill for the APC system dropped by over 300,000 rubles,” the plant’s operations manager noted. “That’s money we could reinvest in expanding our recycling capacity.”

Siberian Green Solutions also offers a unique “cold weather warranty”—a 5-year guarantee that the system will maintain performance in temperatures down to -40°C. For operators in places like Norilsk or Yakutsk, that’s not just reassurance; it’s a business necessity.

Lithium battery recycling isn’t just about air pollution—water pollution is a major concern too, with processes like leaching generating acidic wastewater. Volga Environmental Engineering, based in Nizhny Novgorod, solves this by offering integrated air and water treatment solutions, making them a favorite for plants looking to simplify their operations.

Their MultiClean System pairs a top-tier air pollution control setup (think bag filters + scrubbers) with a compact water treatment unit that handles everything from heavy metal removal to pH adjustment. For a plant in Samara that processes 1,200 kg/hour of lithium batteries, this integration meant fewer equipment suppliers to manage, lower installation costs (since air and water systems share a common control panel), and easier compliance reporting (one unified emissions and discharge log).

Volga’s air pollution control component, the CleanAir 5000, uses a unique “cross-flow” scrubber design that’s 30% more efficient at removing acidic gases than traditional vertical scrubbers. This is critical for lithium battery recycling, where hydrofluoric acid emissions can蚀 (corrode) equipment if not neutralized properly. The system also includes a self-cleaning filter that backflushes automatically every 30 minutes, reducing maintenance downtime by 40%.

What clients love most, though, is the peace of mind that comes with a single point of contact. “If there’s an issue with air emissions or water discharge, I just call Volga,” says a plant director in Kazan. “No finger-pointing between suppliers—they handle it all. That’s worth its weight in gold.”

Founded in 2018 in Vladivostok, FarEast EcoTech is the new kid on the block, but they’re making waves with cutting-edge technology. Their focus? Nanotechnology. Specifically, using nano-ceramic filters to capture ultra-fine particles that traditional bag filters miss.

Their NanoFilter APC System uses filter media coated with nano-ceramic fibers (100 nanometers thick—about 1/1000th the width of a human hair). These fibers create a dense, porous network that traps particles as small as 0.1 microns, including lithium and cobalt dust that can slip through standard filters. For a plant in Khabarovsk that exports recycled battery materials to South Korea, this has been a game-changer: their particulate emissions are now below 2 mg/m³, meeting even the strictest international standards.

FarEast EcoTech also prides itself on compact design. The NanoFilter system takes up 40% less floor space than conventional setups, making it ideal for retrofitting older plants or facilities with limited space. A small-scale recycler in Blagoveshchensk, which processes 300 kg/hour of lithium batteries, was able to install the system in their existing workshop without expanding their building—a cost savings of over 2 million rubles.

While they’re newer, FarEast EcoTech has quickly built a reputation for innovation. In 2024, they launched a mobile testing unit that travels to client sites, collecting emissions data and customizing systems before installation. “They didn’t just sell us a system—they spent two weeks at our plant, testing different configurations until we got the perfect setup,” says a client in Ulan-Ude. “That level of attention to detail is rare.”