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

With over a decade of experience, Ethiopia Eco-Recycling Solutions has established itself as a leader in lead acid battery recycling equipment, and their air pollution control systems are tailored to the unique challenges of this sector. Lead acid battery recycling involves melting lead plates and processing acidic electrolytes, releasing lead fumes and particulates that are highly toxic if uncontrolled. The company's systems address this with a two-pronged approach: scrubbers to neutralize acidic gases and high-efficiency HEPA filters to capture fine lead particles. What sets them apart is their deep understanding of the entire lead acid recycling process—from battery breaking and separation to paste reduction melting. Their air pollution control units are designed to integrate seamlessly with rotary furnaces and lead refinery machines, ensuring that emissions are captured at the source rather than after they've spread. Many local recycling plants praise their systems for reducing lead emissions to levels well below Ethiopian environmental standards, making them a trusted partner for both small-scale operations and large industrial facilities.

As lithium-ion battery usage surges in Ethiopia—powering everything from smartphones to electric vehicles—GreenTech Lithium Innovations has emerged as a go-to supplier for li battery recycling equipment and air pollution control systems. Unlike lead acid batteries, lithium-ion recycling releases volatile organic compounds (VOCs), metal oxides (like cobalt and nickel), and flammable gases, requiring specialized control measures. GreenTech's systems are engineered to handle these unique challenges: they use activated carbon beds to adsorb VOCs, ceramic filters to trap fine metal particles, and catalytic converters to break down harmful gases. What customers appreciate most is their flexibility—whether a facility uses dry process equipment (like shredding and sieving) or wet process equipment (leaching and solvent extraction), GreenTech adapts their air pollution control systems to fit. For example, their dry process setups include cyclonic separators to pre-filter dust before it reaches the main filtration unit, while wet process systems feature mist eliminators to capture acidic aerosols. With a focus on energy efficiency, their systems also reduce operational costs, making them a popular choice for growing lithium recycling startups.

Circuit boards are goldmines of valuable metals, but recycling them releases a cocktail of pollutants—from brominated flame retardants to heavy metals like lead and cadmium. CircuitBoard Clean Systems specializes in circuit board recycling equipment, and their air pollution control machines are built to tackle these toxic emissions head-on. Their flagship system combines a pre-filter for large dust particles, an activated carbon tower to organic compounds, and a final HEPA filter to capture any remaining fine particulates. What makes their approach unique is their focus on "closed-loop" design: the cleaned air is often recirculated back into the facility, reducing heating and cooling costs. They also offer customization for different circuit board recycling processes, whether it's dry separation using compact granulators or wet processes involving chemical leaching. Local electronics recyclers note that their systems not only comply with air quality regulations but also improve workplace conditions by eliminating the odors and dust that once made circuit board recycling a health hazard.

National Air Quality Engineers takes a broad approach, serving multiple recycling sectors with their versatile air pollution control system equipment. Whether a client is processing scrap cables, refrigerators, or CRT monitors, this supplier has a solution. Their strength lies in their ability to assess a facility's specific needs and design a system that addresses all pollutants present. For example, when working with cable recycling equipment—where plastic insulation is stripped and melted—they deploy thermal oxidizers to burn off plastic fumes, followed by scrubbers to remove hydrochloric acid. For refrigerator recycling equipment, which involves refrigerant extraction and foam breakdown, their systems include specialized condensers to capture ozone-depleting gases. What clients value most is their turnkey service: from initial site assessment and system design to installation and maintenance. They also offer training for staff on operating the equipment, ensuring that systems run efficiently long after installation. With a portfolio that includes both dry process and wet process equipment integration, they're a one-stop shop for facilities looking to streamline their environmental compliance.

EcoLead Tech Ethiopia zeroes in on the lead acid battery breaking and separation system, a critical step in lead recycling that generates significant air pollution. Their air pollution control systems are engineered to work hand-in-hand with the breaking and separation process, capturing emissions at the moment batteries are crushed and lead components are exposed. The system includes a hooded enclosure around the breaking machine to contain dust and fumes, which are then channeled into a series of scrubbers. These scrubbers use alkaline solutions to neutralize sulfuric acid mist, while electrostatic precipitators remove lead particulates. What makes EcoLead Tech stand out is their expertise in paste reduction melting—they design their air pollution control systems to integrate with rotary furnaces, ensuring that lead fumes from melting are captured before they escape into the atmosphere. Local lead recycling plants report that their systems have not only reduced emissions but also improved lead recovery rates, as captured particulates are collected and reprocessed, minimizing waste.

LithiumCycle Africa focuses exclusively on the fast-growing lithium-ion battery recycling sector, offering advanced li-ion battery breaking and separating equipment paired with cutting-edge air pollution control. Lithium recycling involves shredding batteries, which can release flammable electrolytes and toxic metal dust, making emission control a top priority. The company's systems use a combination of inert gas purging to prevent combustion and high-velocity cyclones to separate coarse dust before it reaches finer filters. For smaller operations, they offer compact units that fit into tight spaces, while larger plants benefit from their modular designs that can scale with capacity. A unique feature is their real-time emissions monitoring dashboard, which tracks pollutant levels and alerts operators to any anomalies—allowing for immediate adjustments. Clients often highlight their responsive technical support; with lithium recycling technology evolving rapidly, LithiumCycle Africa provides regular updates to ensure systems stay ahead of new emission challenges.

Industrial AirCare Ethiopia specializes in air pollution control for complex recycling processes, with a particular focus on refrigerator & AC recycling machines. These appliances contain refrigerants, foam insulators, and heavy metals, all of which require careful handling. The company's systems start with refrigerant recovery units that capture gases like CFCs and HCFCs, preventing them from escaping into the atmosphere. Then, during foam shredding and metal separation, their high-powered vacuums and baghouse filters collect plastic dust and insulation fibers. For the metal melting stages, they use medium frequency electricity furnace equipment paired with secondary combustion chambers to burn off residual organic compounds. What sets them apart is their attention to energy recovery—heat from the combustion process is often reused to power other parts of the recycling line, reducing overall energy costs. Local facilities note that their systems have made refrigerator recycling not just environmentally responsible but also economically viable by cutting down on waste and improving material recovery rates.

Sustainable Recycling Technologies prides itself on offering "green by design" air pollution control machines equipment that minimizes environmental impact while maximizing efficiency. Their systems are built with energy-saving features, such as variable-speed fans that adjust airflow based on pollutant levels, and heat exchangers that recover waste heat for other uses. They specialize in integrating with auxiliary equipment, such as plastic pneumatic conveying systems and hydraulic briquetters, ensuring that even secondary processes don't become sources of pollution. For example, in plastic recycling lines, their systems capture dust from granulators and conveyors, preventing it from spreading to other parts of the facility. They also offer mobile units for facilities with changing needs, such as temporary recycling sites or small-scale operations. Clients appreciate their commitment to sustainability beyond just emissions control—many of their system components are made from recycled materials, and they offer take-back programs for old equipment to ensure proper disposal.

Pollution Control Masters has carved a niche in cable recycling equipment and scrap cable stripper equipment, where plastic and rubber burning releases dense, toxic smoke. Their air pollution control systems are designed to handle the high volumes of fumes generated during cable stripping and melting. The process starts with a capture hood positioned directly over the stripping machine, drawing fumes into a thermal oxidizer that operates at high temperatures to break down organic compounds into carbon dioxide and water. The remaining gases then pass through a scrubber to remove acidic byproducts like hydrogen chloride. What makes their systems effective is their high destruction efficiency—often exceeding 99% for most organic pollutants. They also offer compact designs for small workshops, where space is limited, with units that can be mounted on wheels for easy repositioning. Local cable recyclers report that since installing these systems, they've seen a significant reduction in complaints from neighboring communities and a boost in worker morale, as the once-smoky workspaces are now clean and safe.

Rounding out our list, Ethiopia Green Systems focuses on niche recycling sectors like lamp recycling equipment and CRT recycling machines, which involve unique pollutants like mercury and leaded glass. Lamp recycling, for instance, releases mercury vapor when bulbs are crushed, requiring specialized capture systems. The company's bulb eater equipment is paired with airtight enclosures and mercury-specific filters that trap vapor before it can escape. For CRT recycling machines, which process leaded glass from old monitors, their systems use wet scrubbers to dissolve lead particles and HEPA filters to capture glass dust. What clients value most is their expertise in handling hazardous materials—they ensure that all captured pollutants are disposed of or recycled properly, preventing secondary contamination. They also offer ongoing monitoring services, where technicians visit facilities regularly to test air quality and adjust systems as needed. For facilities working with these less common but highly toxic materials, Ethiopia Green Systems provides the peace of mind that comes with knowing every emission is controlled.