Top 10 Air pollution control system Suppliers, Manufacturers, Wholesalers and Traders in Australia

When it comes to air pollution control in battery recycling, EcoClean Systems Australia is the name that comes up first for many industry leaders. Based in Sydney, this family-owned business has been a cornerstone of the Australian recycling scene for over 15 years, specializing in solutions for both lead acid and lithium-ion battery recycling plants.

What sets EcoClean apart is their obsession with customization. "No two battery recycling plants are the same," says Sarah Chen, their lead engineer. "A lead acid battery breaking and separation system releases different pollutants than a lithium battery recycling line, so we never use a one-size-fits-all approach." Their air pollution control system equipment includes high-efficiency cyclones, activated carbon filters, and scrubbers designed to target specific toxins—like sulfur dioxide from lead acid processing or volatile organic compounds (VOCs) from lithium battery breaking.

Clients rave about their end-to-end service, from initial site assessments to installation and ongoing maintenance. One recent project involved retrofitting a 500kg/hour lithium battery recycling plant in Melbourne with a compact air pollution control system that reduced emissions by 98% while fitting into the facility's tight floor plan. "They didn't just deliver equipment—they delivered peace of mind," says the plant manager.

GreenAir Technologies, based in Melbourne, has built its reputation on versatility. While many suppliers focus on one niche, GreenAir serves a wide range of recycling sectors—from cable and circuit board recycling to plastic pneumatic conveying systems—with their air pollution control machines equipment.

"Our sweet spot is dry process equipment," explains Michael Torres, GreenAir's sales director. "Dry recycling processes, like shredding circuit boards or stripping scrap cables, generate fine dust that's tough to capture. Our systems use a combination of high-velocity hoods and HEPA filters to trap even the smallest particles—down to 0.3 microns." Their dry process equipment integration is seamless, often working hand-in-hand with shredders and pre-choppers to ensure pollutants are captured at the source, not after they've spread through the facility.

Smaller operations love their "Plug & Play" line of compact systems, designed for businesses processing under 2000kg/hour. These units are pre-assembled, easy to install, and budget-friendly—perfect for startups or facilities expanding into new recycling streams, like lamp recycling equipment or scrap cable strippers.

For heavy-duty industrial recycling—think metal melting furnaces, large-scale lead acid battery plants, or motor stator cutter operations—CleanTech Industrial Solutions in Brisbane is the go-to supplier. Their air pollution control systems are built to handle high temperatures, corrosive gases, and high-volume particulate loads, making them ideal for foundries and large recycling hubs.

"We specialize in the tough stuff," says David O'Connor, CleanTech's CEO. "When a client is running a lead refinery furnace or a 2000kg/hour circuit board recycling plant, they need a system that can keep up with 24/7 operation. Our air pollution control systems are built with industrial-grade materials—stainless steel components, heat-resistant filters—to last decades, not just years."

One of their standout offerings is the "MegaClean" series, designed for metal melting furnace equipment. These systems combine cyclonic separation, bag filters, and electrostatic precipitators to handle the heavy smoke and metal oxides released during melting. A recent project for a medium frequency electricity furnace in Perth saw emissions ｄｒｏｐ to levels well below national standards, earning the client a sustainability award from the state government.

AirWorks Engineering, based in Perth, has carved a niche in the fast-growing lithium battery recycling sector. As Australia's demand for EV battery recycling skyrockets, AirWorks has become a trusted partner for facilities processing 500kg/hour to 2500kg/hour of lithium-ion batteries.

"Lithium battery recycling is a whole new ballgame," says James Wilson, their technical director. "When you break down lithium batteries, you're dealing with flammable dust, toxic electrolytes, and heavy metals like cobalt and nickel. Our air pollution control systems include explosion-proof fans, chemical scrubbers, and HEPA filters rated for hazardous materials." Their systems often integrate with li-ion battery breaking and separating equipment, ensuring pollutants are captured during the shredding and sorting process.

What clients appreciate most is their focus on energy efficiency. "Recycling is about sustainability, so why use a pollution control system that guzzles electricity?" Wilson adds. Their latest models use variable-speed drives and energy recovery systems, cutting power usage by up to 30% compared to traditional units—a big win for facilities looking to reduce their carbon footprint.

Adelaide-based PureFlow Environmental prides itself on being more than just an equipment supplier—they're a "one-stop shop" for recyclers, offering air pollution control machines alongside a range of auxiliary equipment. This holistic approach makes them a favorite for facilities handling diverse materials, like refrigerator & AC recycling machines or motor recycling equipment.

"If you're recycling refrigerators, you're not just dealing with air pollution—you need refrigerant extraction machines, shredders, and metal separators too," explains Maria Gonzalez, PureFlow's customer success manager. "We bundle our air pollution control systems with the auxiliary equipment our clients need, saving them time and coordination headaches." Their air pollution control machines are designed to work seamlessly with their own line of refrigerant recycling machines (like the popular RRM-650) and motor stator cutters, ensuring the entire process is optimized for minimal emissions.

Customer support is another area where PureFlow shines. They offer 24/7 technical assistance and on-site training for operators, ensuring clients get the most out of their equipment. "A system is only as good as the team running it," Gonzalez notes. "We make sure your staff knows how to maintain filters, troubleshoot issues, and keep emissions low—even during peak production."

Sustainable Air Systems, located in Newcastle, has made a name for itself in circuit board recycling—a sector notorious for releasing toxic heavy metals like lead, mercury, and cadmium. Their air pollution control solutions are tailor-made for dry process equipment, which is widely used in circuit board recycling plants for its efficiency and low water usage.

"Dry processing of circuit boards generates ultra-fine dust that's invisible to the naked eye but highly toxic," says Tom Reynolds, their lead designer. "Our systems use a 'multi-stage capture' approach: first, hoods at the shredder and separator to catch dust at the source, then a series of filters—including nano-ceramic filters— to trap particles as small as 0.1 microns." Their WCBD-2000A circuit board recycling plant with dry separator, paired with their air pollution control system, is a hit with large-scale facilities, offering 500-2000kg/hour capacity with near-zero emissions.

Beyond equipment, Sustainable Air is passionate about sustainability in their own operations. They source 100% renewable energy for their manufacturing facility and use recycled materials in their system casings. "We can't sell 'green' equipment if we're not green ourselves," Reynolds adds. "It's about walking the walk."

For recyclers on the move or with limited space, AirGuard Australia's mobile air pollution control systems are a game-changer. Based on the Gold Coast, this innovative company specializes in compact, trailer-mounted units designed for on-site cable recycling, scrap metal processing, or emergency response.

"Not every recycler has a fixed facility," says Luke Patel, AirGuard's founder. "We work with demolition crews, mobile scrap yards, and even disaster recovery teams who need to process materials on-site. Our mobile systems can be hitched to a truck, driven to the location, and set up in under an hour." Their air pollution control machines are lightweight but powerful, featuring diesel-powered fans and disposable filter cartridges that make maintenance a breeze—critical for operations without dedicated maintenance staff.

While mobile systems are their claim to fame, AirGuard also offers stationary solutions for cable recycling equipment and scrap cable stripper operations. Their "CableClean" line, for example, is designed to capture the plastic dust and metal particles released when stripping or shredding scrap cables. "Cable recycling can be messy," Patel laughs. "Our systems keep the air clean so workers aren't breathing in plastic fibers all day."

Hobart-based EnviroShield Technologies has built its reputation on solving the unique challenges of wet process equipment pollution control. While dry process recycling gets a lot of attention, wet processes—like those used in tailing ore extraction or some circuit board recycling—release their own set of pollutants, including mists, acids, and dissolved metals. EnviroShield's systems are engineered to tackle these tricky emissions.

"Wet processes create a sticky, corrosive environment that can destroy standard filters," explains Dr. Alan Wong, EnviroShield's chief technology officer. "Our air pollution control machines use specialized mist eliminators and chemical scrubbers to handle this. For example, in tailing ore extraction, we'll use a caustic scrubber to neutralize acidic mists before they reach the filters, extending equipment life and improving efficiency."

They're also a leader in water process equipment integration. Many of their systems work in tandem with effluent treatment machines, recycling water used in scrubbing back into the process. "Sustainability isn't just about air—it's about water too," Wong notes. "By reusing scrubber water, we help clients reduce their water bills and environmental impact." A recent project for a crude ore extraction plant in Western Australia saw the client cut water usage by 40% while achieving emissions targets.

ClearAir Solutions, based in Canberra, may be small, but they're mighty—especially when it comes to small-scale and specialty recycling. This boutique supplier focuses on air pollution control for niche sectors like lamp recycling, CRT recycling, and small circuit board operations, where standard systems are often too large or expensive.

"Lamp recycling is a perfect example," says owner Lisa Murphy. "A bulb eater or lamp recycling machine releases mercury vapor and glass dust, but you don't need a massive system to handle it. Our compact units are designed to fit right next to the recycling equipment, capturing pollutants at the source without taking up half the facility." Their "LampGuard" system, for instance, is a tabletop unit that connects directly to bulb eater equipment, using activated carbon filters to trap mercury and HEPA filters for glass particles—ideal for community recycling centers or small businesses.

What makes ClearAir stand out is their dedication to education. They offer free workshops for recyclers new to lamp or CRT recycling, teaching best practices for handling hazardous materials and maintaining air pollution control equipment. "Many of our clients are mom-and-pop shops or nonprofits," Murphy says. "We want to make sure they have the knowledge to stay safe and compliant, not just the equipment."

Rounding out our list is Geelong's Industrial Air Masters, a supplier with a focus on the "workhorses" of recycling: shredders, motor recycling machines, and heavy-duty cutters. These machines generate some of the highest levels of dust and debris, and Industrial Air Masters has perfected systems to keep up.

"Shredders are like giant blenders for metal and plastic—they kick up a storm," says Mark Davis, their sales manager. "Our air pollution control systems are designed with high-volume airflow in mind, using large-diameter ducts and powerful fans to pull dust away from the shredder before it spreads." They offer solutions for all types of shredders: single shaft, 2 shaft, 4 shaft, and pre-choppers—each with custom hooding designed to match the machine's unique dust patterns.

Motor recycling is another specialty. Their systems pair perfectly with motor stator cutter equipment, capturing copper dust and insulation fibers released when cutting stators. "Motor recycling is messy work, but it's vital for recovering copper," Davis notes. "Our clients tell us their workers breathe easier and stay healthier with our systems in place." Plus, their equipment is built to handle the occasional jamming or overload common in shredding operations, with rugged filters and easy-to-clean designs that minimize downtime.