Top 10 Lithium Battery Recycling Plant Air Pollution Control System Suppliers in China in 2025

Walk into any major lithium battery recycling plant in China, and there’s a good chance you’ll find EcoClean’s systems humming away. What makes them stand out? Their obsession with adaptability. Whether a plant is running a 500 kg/h operation or scaling up to 2,500 kg/h, EcoClean’s air pollution control system equipment fits like a glove. Take their latest installation at a facility in Guangdong: the plant handles a mix of lithium-ion batteries from electric vehicles and consumer electronics, using both dry and wet processes. EcoClean’s system here combines a pre-filter for coarse dust, a baghouse for fine particles, and a catalytic oxidizer for volatile organic compounds (VOCs)—all controlled by a smart dashboard that adjusts settings in real time.

“Before EcoClean, we struggled with dust buildup on machinery and occasional spikes in emissions during peak hours,” says a plant manager there. “Now, our air quality is consistently better than national standards, and maintenance has dropped by 30% because the system self-monitors and alerts us to issues before they become problems.” It’s this focus on user experience that has made EcoClean a favorite among plant operators who don’t just want compliance—they want reliability.

GreenGuard Tech built its reputation on one thing: tackling the toughest pollutants. Lithium battery recycling can release everything from sulfur dioxide to heavy metals like lead and cadmium, and GreenGuard’s systems are designed to catch them all. Their flagship “MultiShield” system is a beast, with stages that include electrostatic precipitators for fine dust, a scrubber for acid gases, and a activated carbon bed for residual VOCs. What really sets them apart, though, is their focus on energy efficiency. “Traditional systems can guzzle power, eating into a plant’s profits,” explains a GreenGuard engineer. “Our MultiShield uses heat recovery technology to reuse energy from the oxidizer, cutting overall power use by up to 25%.”

A recent project in Jiangsu illustrates this. The plant, which processes 1,500 kg/h of lithium batteries using wet process equipment, was facing high energy bills and frequent scrubber blockages. GreenGuard replaced their old system with a MultiShield setup, and within three months, energy costs dropped by 22%, and blockages became a monthly issue instead of a weekly headache. “We were skeptical at first—new tech can be risky—but the GreenGuard team walked us through every step, even training our staff on maintenance,” says the plant’s operations director. “Now, we’re not just compliant; we’re saving money.”

PureAir Solutions is the new kid on the block, but they’ve made waves with their compact, modular designs. Not every recycling plant has acres of space for a sprawling pollution control system, especially smaller operations or those retrofitting existing facilities. PureAir’s answer? Systems that stack vertically and connect like building blocks. “We started with the question: ‘What if a plant needs to expand its recycling capacity later? Can the pollution control system grow with it?’” says PureAir’s founder. The result is their “ModuAir” line, where components like filters, scrubbers, and monitors can be added or upgraded without shutting down the entire plant.

A small-scale recycler in Zhejiang is a perfect example. They started with a 500 kg/h line using dry process equipment and a basic PureAir system. A year later, they expanded to 1,000 kg/h, adding wet process equipment for more complex battery types. Instead of replacing their pollution control setup, they simply added a second scrubber module and upgraded the control panel—all done in a weekend with minimal downtime. “We couldn’t have afforded to shut down for a week to install a new system,” says the owner. “PureAir’s modular approach let us grow without the growing pains.”

CleanFlow Engineering knows that in recycling, every second counts. Downtime for maintenance can cost a plant thousands, so they’ve designed their systems to be as low-maintenance as possible. Their “QuickClean” line features tool-free filter changes, self-cleaning scrubber nozzles, and parts that are standardized and easy to source. But don’t mistake simplicity for ineffectiveness—CleanFlow’s systems consistently score above 99% efficiency in removing particulate matter and harmful gases.

Take their installation at a 2,000 kg/h lithium battery recycling plant in Shandong. The plant runs 24/7, so any downtime is a disaster. CleanFlow’s system here has been running for 18 months with only planned maintenance stops—no unexpected breakdowns. “We used to have to shut down for a day every month to change filters,” says the plant’s maintenance supervisor. “With QuickClean, a technician can swap out filters in under an hour, and the self-cleaning nozzles mean we rarely have to take apart the scrubber. It’s a game-changer for productivity.” CleanFlow also offers a “Performance Guarantee” that if their system doesn’t meet efficiency targets within the first year, they’ll adjust or ｒｅｐｌａｃｅ components at no cost—a bold promise that has won them trust.

AirPure Innovations is all about innovation, and their latest offering is turning heads: the “NanoFilter” system. Traditional filters can struggle with nanoparticles—tiny particles less than 100 nanometers that are hard to catch but pose big health risks. AirPure’s solution? A filter coated with nano-ceramic material that traps even these minuscule particles. “Nanoparticles from battery recycling can penetrate deep into the lungs, so we knew we had to address them,” says an AirPure researcher. “Our NanoFilter uses electrostatic attraction to capture these particles, with a efficiency rate of over 99.9% for particles as small as 20 nanometers.”

A pilot project at a cutting-edge lithium battery recycling plant in Guangxi, which uses advanced dry process equipment to recover lithium from cathode materials, put the NanoFilter to the test. The plant was concerned about worker exposure to nanoparticles, so they installed AirPure’s system alongside their existing setup. Tests showed that nanoparticle levels in the air dropped by 97% compared to the old system. “We care about our workers, and AirPure’s system gives us peace of mind that we’re protecting them,” says the plant’s safety officer. “Plus, the NanoFilter is surprisingly durable—we’ve had it for a year, and it’s still performing like new.”

BlueSky Environmental specializes in systems for small to medium-sized plants, and they’ve made a name for themselves by making high-quality pollution control affordable. Not every recycler can invest in a million-dollar system, so BlueSky offers “right-sized” solutions that balance performance with cost. Their “EcoMini” line, for example, is designed for plants processing 500-1,000 kg/h of lithium batteries. It combines a baghouse filter with a compact oxidizer, all in a footprint that’s 30% smaller than comparable systems. “We work with a lot of family-owned plants that are just starting out,” says a BlueSky sales rep. “They need compliance on a budget, so we cut costs by simplifying design without cutting corners on filtration.”

A plant in Anhui that processes 600 kg/h of lithium batteries using a mix of dry and wet process equipment is a typical client. They chose the EcoMini over more expensive options, and two years later, they’re still going strong. “BlueSky didn’t try to sell us a system we didn’t need,” says the plant owner. “They asked about our capacity, our processes, and our budget, then recommended the EcoMini. It’s easy to use, takes up little space, and has kept us compliant with local regulations. For small plants like ours, that’s priceless.”

PurifyTech Systems has carved a niche in the lithium battery recycling sector by focusing on integration. A recycling plant isn’t just a collection of machines—it’s a ecosystem, and PurifyTech’s systems are designed to work seamlessly with other equipment, from shredders to separators. Their “SynchroControl” software is the key here, linking the air pollution control system with the plant’s main operations dashboard. If the shredder speeds up, increasing dust output, SynchroControl automatically ramps up the filter fan speed. If the separator uses more chemicals, the scrubber adjusts its reagent flow. It’s like having a conductor协调 all the parts of the orchestra.

A plant in Hubei that runs a 2,000 kg/h lithium battery recycling line with both dry and wet process equipment recently upgraded to PurifyTech’s system. “Before, the pollution control system was a standalone—it didn’t talk to the rest of the plant,” explains the plant’s process engineer. “If we changed production rates, we’d have to manually adjust the air system, which sometimes led to emissions spikes. Now, SynchroControl does it all automatically. We’ve seen emissions variability ｄｒｏｐ by 40%, and our operators can focus on other tasks instead of babysitting the air system.” PurifyTech also offers training for plant staff to use the software, ensuring that even small changes in operations don’t throw the system off balance.

FreshAir Solutions prides itself on sustainability—not just in controlling pollution, but in how their systems are made. They use recycled materials in their equipment where possible, and their manufacturing process is carbon-neutral. But don’t let the “green” label fool you—their systems are tough performers. The “EcoCycle” system, for example, uses a closed-loop water system in its scrubber, reducing water use by 80% compared to traditional scrubbers. It also features a modular design that makes upgrades easy, so plants can start small and expand as they grow.

A plant in Sichuan that processes 800 kg/h of lithium batteries using wet process equipment was drawn to FreshAir’s sustainability focus. “We’re in the recycling business because we care about the environment, so it felt wrong to have a pollution control system that wasted water,” says the plant’s owner. “EcoCycle uses so little water that we’ve cut our water bills by 75%, and the recycled materials in the system mean we’re reducing our carbon footprint even further.” FreshAir also offers a “Green Certification” for plants that use their systems, which can help with marketing to eco-conscious clients. “It’s a win-win—we’re protecting the air and showing customers we walk the talk,” adds the owner.

SafeAir Technologies is the go-to for plants that need to meet strict international standards. Many Chinese recycling plants export their recovered materials to Europe or North America, which have some of the world’s toughest emissions rules. SafeAir’s systems are designed to meet these standards, from the EU’s Industrial Emissions Directive to California’s Air Resources Board (CARB) requirements. Their “GlobalGuard” system includes features like continuous emissions monitoring systems (CEMS) that provide real-time data for regulatory reporting, and components certified by international bodies like TÜV and UL.

A plant in Guangdong that exports 60% of its recovered lithium to Europe recently installed a GlobalGuard system. “We used to worry about passing EU inspections—emissions standards there are much stricter than in China,” says the plant’s compliance manager. “With GlobalGuard, we have CEMS data that we can share with auditors, and the system is pre-certified to meet EU limits, so inspections are now a breeze. We’ve even been able to charge a premium for our materials because buyers trust our environmental practices.” SafeAir also offers ongoing support for international compliance, including updates when regulations change—a crucial service in a world where environmental rules are constantly evolving.

ClearView Systems rounds out our list with a focus on transparency. Their “OpenBox” system is unique in that it gives plant operators unprecedented visibility into how the system is performing. A large touchscreen dashboard displays real-time data on emissions levels, filter status, energy use, and maintenance needs—all in plain language, not technical jargon. “Too many systems hide data behind complex menus or require a computer science degree to understand,” says a ClearView designer. “OpenBox is designed for the person on the factory floor, not just the engineers in the office.”

A plant in Hebei that runs a 1,200 kg/h lithium battery recycling line with dry process equipment has embraced this approach. “Our operators are the ones who notice when something’s off—unusual sounds, strange smells,” says the plant manager. “With OpenBox, they can see at a glance if emissions are spiking or if a filter is clogged, and they can even make simple adjustments themselves without calling a technician. It’s empowered our team and made everyone more invested in keeping the air clean.” ClearView also offers a mobile app that lets managers check system status remotely, so even when they’re off-site, they can stay on top of things. “I was skeptical about another app cluttering my phone, but now I check it every morning over coffee,” laughs the manager. “It gives me peace of mind that the system is running smoothly.”