Top 5 Air Pollution Control System Suppliers in Russia [2025]

1. UralEcoTech

If you’ve ever stepped into a lithium battery recycling plant, you know the air can get pretty tough—think fine dust, toxic fumes, and a mix of chemicals that need to be captured before they escape. That’s where UralEcoTech shines. Based in Yekaterinburg, this company has made a name for itself by specializing in air pollution control systems tailored specifically for high-complexity recycling operations, with a particular focus on lithium battery recycling plants. What really sets them apart isn’t just that they build equipment; they design entire systems that work seamlessly with the chaos of a busy recycling floor.

Let’s talk about their star product: the “EcoFilter Pro-Li” system. Designed for facilities processing 500kg to 2500kg of lithium batteries per hour, this setup combines multiple stages of filtration to tackle every type of pollutant. First, a pre-filter catches larger dust particles—think bits of plastic casing or metal fragments. Then, a HEPA filter traps the fine stuff, like the micro-particles from battery casings that can irritate lungs. But here’s the kicker: they added a special activated carbon layer that targets the toxic gases released during battery breaking and separation, like volatile organic compounds (VOCs) and hydrogen fluoride. It’s like giving the plant a supercharged set of lungs that don’t just breathe in the bad air, but neutralize it.

What I love about UralEcoTech is their hands-on approach. They don’t just sell you a system and vanish. Their team of engineers visits your plant, maps out the workflow, and even simulates different scenarios—like peak production days or unexpected equipment leaks—to make sure the system can handle it all. One client in Chelyabinsk, a lithium battery recycler processing 1500kg/hour, reported that after installing UralEcoTech’s system, their air quality compliance checks went from “failing” to “exemplary” in just two months. Workers also noted less eye irritation and coughing, which isn’t just good for morale—it’s good for productivity.

• Specialized in air pollution control systems for lithium battery recycling plants
• EcoFilter Pro-Li handles 500-2500kg/hour operations with multi-stage filtration
• On-site engineering consultations and custom system design
• Compliance with Russia’s strictest environmental standards (GOST R 56302-2014)
• 24/7 technical support—critical for plants running round-the-clock

2. MoscowCleanAir Systems

When you’re talking about industrial hubs in Russia, Moscow and its surrounding regions are hard to ignore. That’s why MoscowCleanAir Systems (MCAS) has become a household name for factories and recycling plants across the Central Federal District. Unlike some suppliers that focus on one niche, MCAS takes a “one-stop shop” approach, offering everything from small-scale dust collectors to massive, centralized air pollution control systems for multi-line recycling facilities. Their claim to fame? Reliability. In an industry where downtime can cost thousands, their equipment is known for running smoothly even in the harshest conditions.

Let’s dive into their most popular offering: the “MegaClean Series.” These are modular systems, meaning you can start small and add components as your plant grows—a huge plus for businesses that don’t want to overinvest upfront. For example, a scrap cable recycling plant might start with a basic dust collector to handle copper and plastic particles. As they expand to include motor stator cutting or circuit board recycling, they can add on a VOC filtration module or a high-temperature incinerator for more toxic fumes. MCAS even offers retrofitting services, so if you already have an older system, they can upgrade it instead of making you buy new—something plant managers really appreciate for budget-friendly upgrades.

What impresses me most about MCAS is their commitment to local regulations. Russia has some of the strictest air quality standards in Europe, and MCAS doesn’t just meet them—they exceed them. Take their work with a large refrigerator and AC recycling plant in Tula. These facilities deal with refrigerants, oils, and plastic fumes that can be both toxic and flammable. MCAS installed a dual-stage system: first, a condensation unit to capture volatile refrigerants (like CFCs) before they evaporate, then a catalytic oxidizer to burn off any remaining organic compounds at high temperatures, converting them into harmless CO2 and water. The result? The plant not only passed its environmental audit with zero violations but also reduced its insurance costs because the risk of fire from flammable fumes dropped dramatically.

• Modular systems that grow with your plant—perfect for scaling operations
• Expertise in diverse recycling sectors: cable, circuit board, refrigerator, and more
• Retrofitting services to upgrade existing systems (saves time and money)
• Compliance with Russian and EU standards (GOST, ISO 14001, and CE certified)
• Fast installation—most systems up and running within 2-3 weeks

3. Siberian Green Solutions

Siberia is known for its extreme cold, vast landscapes, and… cutting-edge air pollution control? You bet. Siberian Green Solutions, based in Novosibirsk, has carved out a unique niche by designing systems that can handle not just industrial pollutants, but also the harsh Siberian climate. Anyone who’s worked with machinery in -30°C winters knows that standard equipment can freeze up, break down, or just plain underperform. SGS solves that problem by building systems that are “winter-ready” from the ground up.

Let’s take their “ArcticGuard” air pollution control system. Designed for large-scale recycling plants—think lead acid battery breaking and separation systems or metal melting furnaces—this thing is built like a tank. The first thing you notice is the insulation: triple-layered, heat-traced ductwork that prevents condensation (and freezing) in the pipes. Then there’s the heating element around the filters, which keeps them from getting clogged with ice when temperatures plummet. Even the fan motors are specially sealed to keep out snow and moisture. It’s not just about surviving the cold, though; it’s about maintaining efficiency. In tests, the ArcticGuard maintained 98% filtration efficiency even at -25°C, while standard systems dropped to 75% or lower in the same conditions.

But SGS isn’t just about cold-weather solutions. They’re also pioneers in energy efficiency. Their “EcoCycle” system uses heat recovery technology to capture warmth from the air purification process and redirect it back into the plant—heating workshops or pre-warming materials. For a lead acid battery recycling plant in Omsk, this translated to a 23% reduction in heating costs during the winter months. That’s a big deal in Siberia, where energy bills can eat up a huge chunk of operational budgets.

What really makes SGS stand out, though, is their focus on sustainability beyond just air quality. They use recycled materials in their equipment where possible, and their systems are designed to be easily disassembled and recycled at the end of their lifespan. It’s a “green from cradle to grave” approach that resonates with plant owners who want to reduce their overall environmental footprint, not just meet air standards.

• Specialized in cold-climate air pollution control systems (tested to -40°C)
• ArcticGuard system for lead acid battery and metal melting operations
• Energy-efficient designs with heat recovery to lower operational costs
• Uses recycled materials in equipment construction
• Strong presence in Siberia and the Far East with local service centers

4. St. Petersburg Environmental Technologies (SPbET)

St. Petersburg has long been Russia’s gateway to European innovation, and SPbET embodies that spirit by blending Western technology with local industrial know-how. This company has made a name for itself by focusing on high-tech, precision air pollution control systems, particularly for complex recycling processes like circuit board recycling and CRT (cathode ray tube) recycling—operations that release a unique mix of pollutants, from heavy metals like lead to fine glass dust.

Let’s talk about their flagship product for circuit board recycling: the “CleanCircuit Pro.” Circuit boards are tricky because they contain so many materials—fiberglass, copper, solder, and sometimes even small amounts of gold or silver. When shredded or processed, they release ultra-fine dust particles that can contain lead, cadmium, and other heavy metals. Standard filters might catch the dust, but they can’t always trap the heavy metal ions. SPbET’s solution? A combination of electrostatic precipitation and a wet scrubber. The electrostatic precipitator uses an electric charge to attract and capture the fine dust, while the wet scrubber sprays a special solution that binds to heavy metal ions, removing them from the air. It’s like having a magnetic net that catches both the visible particles and the invisible, dangerous ones.

What really wows clients is the precision of SPbET’s systems. Their “SmartAir” monitoring software integrates with the pollution control system, giving real-time data on air quality, filter performance, and even predicting when filters need to be replaced. For a circuit board recycling plant in Krasnodar with a 2000kg/hour capacity, this meant reducing filter replacement downtime by 40%—they no longer had to guess when a filter was clogged; the system told them exactly when to swap it out. Plus, the software generates automatic compliance reports, which is a huge relief for managers who dread compiling data for environmental inspections.

SPbET also excels in customization. A few years back, a CRT recycling plant in Kaliningrad approached them with a problem: standard systems couldn’t handle the mix of leaded glass dust and phosphor fumes from old TV screens. SPbET designed a one-of-a-kind system with a HEPA filter for the glass dust, a chemical scrubber for the phosphors, and a UV light module to break down any remaining organic compounds. The result? The plant went from being fined for超标 emissions to being featured in a regional environmental success story.

• Specialized in precision systems for circuit board and CRT recycling
• CleanCircuit Pro combines electrostatic precipitation and wet scrubbing
• SmartAir software for real-time monitoring and predictive maintenance
• Custom solutions for unique pollutant mixes (e.g., leaded glass, phosphors)
• Collaborations with European tech firms for cutting-edge filtration tech

5. Volga EcoEngineering

Rounding out our list is Volga EcoEngineering, a Nizhny Novgorod-based supplier that’s making air pollution control accessible to small and medium-sized recycling operations. Not every plant has the budget for a million-ruble, state-of-the-art system, but that doesn’t mean they should have to skimp on air quality. Volga EcoEngineering fills this gap by offering affordable, compact systems that don’t compromise on performance—perfect for family-owned scrap yards, small cable recycling shops, or startup recycling plants.

Their bestseller? The “EcoMini Series.” These are portable, plug-and-play systems designed for operations processing up to 500kg/hour—think scrap cable strippers, small hydraulic cutters, or compact granulators. The EcoMini 300, for example, is about the size of a large refrigerator, making it easy to fit into tight workshop spaces. It uses a two-stage filtration process: a pre-filter for dust and a HEPA filter for fine particles, plus a small activated carbon filter for odors and minor fumes. It’s not as fancy as some of the industrial giants, but for a small cable recycling shop in Kazan, it’s been a game-changer. Before installing the EcoMini, workers had to wear heavy respirators all day; now, they can breathe easy, and the shop no longer gets complaints from neighbors about plastic fumes.

What I admire about Volga EcoEngineering is their focus on simplicity. Their systems are designed to be user-friendly—no need for a team of engineers to install or maintain them. The filters are easy to swap out, the controls are intuitive (think big buttons and clear LED indicators), and they offer free training sessions for staff. They also understand that small businesses need flexibility, so they offer lease-to-own options and financing plans that spread out the cost over time. For a startup lithium ore extraction plant in Samara, this made all the difference—they could get the air control system they needed without draining their initial investment budget.

Don’t let the “small-scale” focus fool you, though. Volga EcoEngineering also offers scaled-up versions for growing businesses. The “EcoMax 1000” is designed for mid-sized plants (up to 1000kg/hour) and adds features like automatic filter cleaning and remote monitoring via a mobile app. It’s like starting with a reliable compact car and upgrading to a spacious SUV as your family (or business) grows.

• Affordable, compact systems for small to medium recycling operations
• EcoMini Series: portable, plug-and-play for 500kg/hour or less
• User-friendly design with easy maintenance and simple controls
• Lease-to-own and financing options for budget-conscious businesses
• Scalable solutions (EcoMax Series) for growing operations