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

When it comes to lithium-ion battery recycling in Greece, EcoCycle Solutions is a name that comes up time and again. Founded in 2015, this Athens-based manufacturer has carved a niche by focusing exclusively on the unique challenges of li battery processing—a sector notorious for releasing toxic fumes like lithium hexafluorophosphate and volatile organic compounds (VOCs) during breaking and separation.

What sets EcoCycle apart is their holistic approach: they don't just sell air pollution control systems; they design them to work seamlessly with their own li battery recycling equipment . Their flagship offering, the "EcoLi-Clean" system, is a compact yet powerful air filtration unit tailored for li battery breaking and separating lines. Equipped with multi-stage HEPA filters and activated carbon beds, it captures 99.9% of particulate matter and harmful gases, ensuring that even plants processing 2,500 kg/hour of batteries stay compliant with EU emission limits.

Local recycling firms praise EcoCycle for their hands-on support. "We used to struggle with dust and fumes during battery shredding," says Maria Kostopoulos, operations manager at a Thessaloniki-based li battery plant. "EcoCycle didn't just install a system—they trained our team, conducted on-site audits, and even adjusted the filters when we switched to higher-capacity processing. Now, our workers no longer complain about headaches, and our community neighbors have stopped asking about the 'strange smell.'"

Beyond equipment, EcoCycle is committed to sustainability in their own operations. Their factory in Patras runs on solar power, and they source 80% of their raw materials from local suppliers—proving that even the companies making "green" tools can walk the walk.

Circuit boards are treasure troves of valuable metals—gold, silver, copper—but extracting them requires intense shredding and separation, which releases fine dust and toxic chemicals like brominated flame retardants. GreenTech Innovations, a family-run business in Thessaloniki, has spent the last decade mastering the art of keeping these processes clean with their state-of-the-art air pollution control systems.

At the heart of their lineup is the circuit board recycling plant with dry separator , a modular system that combines shredding, sorting, and air filtration in one. What makes their air control technology stand out is its adaptability: whether a client needs a 500 kg/hour or 2,000 kg/hour setup, GreenTech customizes the filtration to match. Their "DustBuster Pro" unit, for example, uses cyclonic separation to capture large particles before passing air through electrostatic precipitators—removing even sub-micron dust that standard filters miss.

George Papadopoulos, GreenTech's founder, started the company after witnessing the health toll of unfiltered circuit board recycling in his hometown. "I visited a small workshop years ago where workers wore basic masks while shredding boards," he recalls. "Many later developed respiratory issues. I thought, 'There has to be a better way.'" Today, GreenTech's systems are in over 30 plants across Greece, and their reach is expanding into Eastern Europe.

Clients also value their after-sales service. "We had a sudden spike in dust emissions last winter," says Nikos Theodorou, owner of a circuit board recycling facility in Athens. "GreenTech sent a technician within 24 hours—on a Sunday!—to diagnose the issue. Turns out, our separator was slightly misaligned, causing extra dust. They fixed it on the spot and even gave us tips to prevent it from happening again. You don't get that kind of care from big, international suppliers."

GreenTech's latest innovation? A smart monitoring app that lets plant managers track filter efficiency, emission levels, and maintenance needs in real time via their phones. It's small touches like this that keep them at the top of Greece's circuit board recycling game.

Not all recycling operations fit into neat categories—some handle everything from scrap metal to plastic waste, each with its own air pollution challenges. CleanAir Industries, a leading wholesaler and trader based in Piraeus, thrives in this diverse landscape, offering a one-stop shop for air pollution control machines that adapt to nearly any recycling process.

Their catalog reads like a greatest hits of filtration technology: baghouse dust collectors for wood and plastic recycling, wet scrubbers for metal melting furnaces, and UV photolysis systems for VOC-heavy processes like cable stripping. But what makes CleanAir a favorite among Greek recyclers is their ability to source high-quality, cost-effective equipment from global partners while providing local support. "We work with manufacturers in Germany, Italy, and China, but we test every unit in our Athens lab before selling it," explains Elena Raptis, CleanAir's sales director. "Greek businesses need reliable gear that won't break the bank, and we bridge that gap by cutting out middlemen and negotiating bulk deals."

One of their most popular products is the "AllGuard 3000," a compact air pollution control system designed for small to medium-sized facilities. Costing 30% less than comparable European brands, it's become a staple for family-run recycling yards. "We process mixed scrap metal—cans, old appliances, even car parts," says Dimitris Ioannou, who runs a facility in Crete. "The AllGuard handles everything: dust from grinding, fumes from soldering, even the occasional plastic fire. It's durable, easy to clean, and when we had a problem with the motor last year, CleanAir replaced it free of charge. You can't put a price on that peace of mind."

CleanAir also invests in education, hosting annual workshops for recyclers on "Best Practices in Emission Control." These events, often led by environmental engineers, help small businesses stay updated on new regulations and technology—empowering them to not just comply with laws, but to exceed them.

Lead acid batteries—found in cars, trucks, and backup power systems—are some of the most recycled products globally, but their processing is fraught with risk: lead dust and sulfur dioxide emissions can cause severe neurological damage and respiratory illness. RecyclePro Hellas, based in Larissa, has made it their mission to make lead battery recycling safe with their specialized air pollution control solutions.

Lead acid battery recycling involves several high-emission steps: breaking the batteries to separate lead paste, melting the paste in rotary furnaces, and refining the lead. RecyclePro's systems target each stage, with their "LeadSafe" line standing out for furnace emission control. The rotary furnace for paste reduction is paired with a dual-stage scrubber that first sprays a lime solution to neutralize sulfur dioxide, then uses a fabric filter to capture lead particulates at the source. "Traditional systems often wait until fumes escape the furnace to filter them," explains RecyclePro's lead engineer, Kostas Manolakos. "We intercept them at the chimney, before they spread—cutting emissions by up to 85% compared to older setups."

For Nikos Georgiou, who runs a lead battery recycling plant in Volos, RecyclePro's systems have been a game-changer. "Before, we were constantly worried about lead levels in our workers' blood tests. Now, after installing LeadSafe, the last three audits showed levels well below EU limits. Plus, the local environmental agency used to visit us monthly; now, it's quarterly—they trust that we're doing things right."

RecyclePro also offers "de-sulfurization units," critical for reducing sulfur emissions during paste melting. These units use a chemical process to convert harmful SO2 into gypsum, a safe byproduct that can even be sold to construction companies—turning a waste product into a revenue stream. It's this kind of innovation that has made RecyclePro a trusted partner for 70% of Greece's lead battery recycling facilities.

Not every recycling plant fits a "one-size-fits-all" mold. Some handle a mix of materials—say, plastic, metal, and electronic waste—each requiring different pollution control approaches. Sustainable Systems S.A., a Athens-based manufacturer with over 20 years of experience, excels at creating bespoke air pollution control systems that adapt to these complex needs. Their motto: "If you can recycle it, we can clean it."

Take, for example, their work with a large recycling complex in Kavala that processes everything from lithium batteries to old refrigerators. The client needed a system that could handle both the fine dust from battery breaking and the refrigerant gases from appliance recycling. Sustainable Systems delivered a hybrid setup: a central dust collection network for dry processes, paired with separate scrubbers for wet processes and a specialized air pollution control system for volatile refrigerants. The result? Emissions reduced by 92% and energy costs cut by 15% due to the system's energy-efficient design.

What makes Sustainable Systems unique is their in-house engineering team, which includes environmental scientists, mechanical engineers, and even former recycling plant operators. "We don't just design systems on a computer," says CEO Andreas Laskaris. "We go to the client's site, observe their processes, talk to their workers, and understand their pain points. Then we build something that fits their workflow—not the other way around."

One of their most innovative creations is the "FlexiClean" system, a modular unit that can be expanded or reconfigured as a plant's needs change. A small plastics recycler in Corinth, for instance, started with a basic FlexiClean setup for shredding; when they added a metal melting furnace two years later, they simply added a scrubber module to the existing system instead of buying a whole new unit. "It saved us over €50,000," says the plant's owner, Sofia Papadopoulou. "Sustainable Systems thinks about the future, not just the sale."

With clients ranging from small family businesses to multinational recycling giants, Sustainable Systems proves that custom solutions don't have to be out of reach—they can be the most cost-effective, efficient choice.

Sometimes, the key to effective air pollution control lies in the details—specifically, the filters that capture harmful particles. EcoFilter Technologies, a small but mighty firm in Patras, has built its reputation on creating ultra-high-quality filtration solutions for recycling plants where even the smallest emitter can cause big problems.

Their claim to fame? Nano-ceramic filter media, a proprietary technology developed in partnership with the University of Patras. These filters are designed to trap particles as small as 0.1 microns—smaller than most viruses—making them ideal for processes like circuit board recycling , where fine dust contains heavy metals like lead and cadmium. "Traditional filters get clogged quickly in circuit board plants, needing replacement every 3-6 months," explains Dr. Eleni Vlachou, EcoFilter's head of R&D. "Our nano-ceramic filters last 18-24 months and maintain 99.9% efficiency the entire time. They're also washable, so clients save on replacement costs."

One of their most popular products is the "NanoClean 500," a compact filter unit designed for small-scale recyclers. Costing under €5,000, it's affordable for family-run operations that might otherwise skip air filtration due to budget constraints. "I run a small cable recycling shop in Ioannina," says Petros Angelopoulos. "We strip and shred old cables, which creates a lot of plastic and copper dust. The NanoClean fits in our tiny workshop, and it's so quiet we sometimes forget it's on. Best of all, when I had it serviced last month, the technician showed me the filters—they were black with dust, but the air inside was cleaner than the air outside! I can breathe easier now, literally."

EcoFilter also offers "filter-as-a-service" plans, where clients pay a monthly fee for equipment, maintenance, and filter replacements—removing the upfront cost barrier. It's a model that's making clean air accessible to even the smallest players in Greece's recycling ecosystem.

Metal melting furnaces—used to recycle aluminum, copper, and other metals—are some of the biggest emitters in the recycling industry, releasing heavy metals, dioxins, and greenhouse gases. PowerRecycle Greece, based in Heraklion, Crete, has made it their mission to tame these industrial giants with their advanced air pollution control systems.

Their flagship product is the "MelterClean" system, designed specifically for medium frequency electricity furnaces and metal melting operations. Unlike standard filters, MelterClean uses a combination of thermal oxidation (to burn off organic pollutants) and baghouse filtration (to capture metals) to ensure near-zero emissions. "Furnaces operate at extreme temperatures, so standard filters can melt or degrade," says Yiannis Karalis, PowerRecycle's technical director. "MelterClean is built with heat-resistant materials and a cooling pre-chamber that brings fumes down to a safe temperature before filtration. It's tough enough to handle 1,600°C furnace exhausts."

For Alexiou Metals, a large copper recycling plant in Thessaloniki, MelterClean has been transformative. "We used to have to limit furnace runtime because of emission limits," says plant manager Kostas Alexiou. "Now, we can run 24/7, and our emissions are so low that we're considering expanding production. Plus, the system captures copper dust that we can re-melt—we've recovered over 5 tons of copper this year alone, which adds to our bottom line."

PowerRecycle also offers retrofit kits for older furnaces, allowing plants to upgrade their pollution control without replacing entire systems—a cost-saving measure that has helped many Greek facilities stay competitive in a tight market. As Karalis puts it: "We don't just sell equipment; we help our clients grow sustainably."

Cable and plastic recycling present unique air pollution challenges: burning plastic releases dioxins, while stripping insulation from cables emits harmful VOCs. GreenCycle Engineering, a young but innovative firm in Volos, has focused exclusively on solving these issues with their specialized air pollution control systems.

Their "CableClean" system is a favorite among scrap cable recyclers. Designed to work with scrap cable stripper equipment and shredders, it uses a combination of activated carbon filters and catalytic converters to neutralize VOCs and capture plastic dust. What makes it unique is its portability—smaller units can be wheeled directly next to stripping machines, capturing emissions at the source. "In cable recycling, the fumes are strongest right where the insulation is stripped," explains GreenCycle founder Anna Kostopoulou. "Our portable units eliminate the need for complex ductwork, making them perfect for small shops or facilities with limited space."

For plastic recyclers, GreenCycle offers "PlastiPure," a system that uses high-temperature oxidation to break down dioxins and other harmful compounds in plastic melting processes. "We tested PlastiPure at our facility, and the difference was night and day," says Giorgos Plastics, owner of a plastic bottle recycling plant in Athens. "Before, the smell was so strong that neighbors complained. Now, you can't even tell we're melting plastic from the street. Plus, the system uses the heat from oxidation to preheat incoming plastic, reducing our energy bills by 20%."

GreenCycle also partners with plastic pneumatic conveying system manufacturers to integrate air filtration directly into material transport lines, ensuring that dust from plastic pellet conveying is captured before it enters the workspace. It's this attention to every step of the recycling process that has made GreenCycle a rising star in Greece's cable and plastic recycling sectors.

While many air pollution control suppliers focus on dry processes, CleanWaste Solutions in Rhodes has carved a niche in wet process recycling—think circuit board recovery using acid baths or lead battery processing with water-based separation. These processes release mists and fumes containing acids, heavy metals, and other toxic substances, requiring specialized filtration.

Their "WetScrub" system is a workhorse for wet process plants. Using a counterflow scrubber design, it sprays a neutralizing solution (often lime or sodium hydroxide) against the flow of incoming fumes, capturing acid mists and heavy metals like lead and copper. The result is clean air and a byproduct slurry that can be safely treated in effluent treatment machine equipment . "Wet processes are often overlooked in air control discussions, but they're just as harmful as dry ones," says CleanWaste's technical lead, Mihalis Tsakiris. "A single acid bath can release hydrochloric acid fumes that burn workers' eyes and lungs. WetScrub neutralizes these fumes on contact, making the workspace safe."

For a circuit board recycling plant in Crete that uses wet separation, WetScrub has been critical. "We process old computer motherboards using sulfuric acid to leach gold and copper," says plant owner Nikos Stavropoulos. "Before WetScrub, our workers had to wear full respirators, and the acid mist corroded our equipment. Now, the air is clear, and we've reduced equipment maintenance costs by 30%."

CleanWaste also offers "Air+Water" packages, combining air pollution control with effluent treatment systems—a one-two punch that ensures both air and water emissions are minimized. It's this comprehensive approach that has made them a go-to for Greece's wet process recyclers.

Some recycling sectors are so niche that few suppliers cater to their air pollution control needs—think CRT monitors (which contain leaded glass), fluorescent lamps (mercury), and old refrigerators (ozone-depleting refrigerants). EcoTech Systems, based in Chania, has made it their mission to serve these "forgotten" industries with specialized systems.

Their "CRT-Clean" system, for example, is designed for CRT recycling machines equipment , capturing lead dust released during glass crushing and separation. Using a high-powered vacuum and HEPA filtration, it ensures that lead levels in the air stay below 0.15 mg/m³—well under the EU limit of 0.5 mg/m³. "CRT recycling is a small market, but it's crucial—there are still millions of old TVs and monitors sitting in warehouses," says EcoTech sales manager Kostas Mavromatis. "Without proper air control, workers risk lead poisoning, and communities risk contamination. We're proud to keep this sector safe."

For lamp recycling, EcoTech offers "LampSafe," a system that uses activated carbon filters to capture mercury vapor during bulb breaking. It works seamlessly with bulb eater equipment , a popular tool for crushing fluorescent lamps. "Mercury is a silent threat—even small amounts can cause neurological damage," says LampRecyclers Greece owner Sofia Lazarou. "LampSafe gives us peace of mind that we're not exposing our team or the environment to this toxin."

EcoTech also specializes in air pollution control for refrigerator and AC recycling, where refrigerant gases like CFCs and HCFCs are released. Their "RefriClean" system uses cryogenic condensation to capture these gases, which can then be recycled or destroyed—helping Greece meet its commitments under the Montreal Protocol.

While niche, these sectors play a vital role in Greece's circular economy, and EcoTech's dedication to serving them ensures that no part of the recycling puzzle is left unaddressed.