Top 10 Desulfurizer Suppliers, Manufacturers, Wholesalers and Traders in Namibia

When it comes to lead acid battery recycling equipment, NamibRecycle Tech is a household name in Namibia. Founded in 2010, this Windhoek-based supplier has built its reputation on rugged, desert-proof systems that thrive in Namibia's harsh climate. Their flagship product? A de-sulfurization machines equipment line designed specifically for lead acid battery breaking and separation plants. What sets them apart is their "all-in-one" approach: clients can purchase a complete recycling line, from battery crushers to sulfur-removal units, with on-site training included. Local recyclers praise their after-sales support—technicians are often dispatched within 24 hours for repairs, a critical feature in remote areas. "We don't just sell machines; we build partnerships," says CEO Maria Shikongo. "Our de-sulfurization units reduce emissions by up to 95%, helping clients pass environmental audits with ease."

For businesses prioritizing air quality, EcoClean Solutions in Swakopmund is the go-to expert. Specializing in air pollution control system equipment , they've recently expanded into de-sulfurization, creating hybrid systems that tackle sulfur dioxide, dust, and volatile organic compounds (VOCs) in one pass. Their "EcoClean Pro" line is particularly popular with lithium battery recyclers, who face unique challenges with toxic fumes during processing. "Lithium batteries release different gases than lead acid ones, so a one-size-fits-all de-sulfurization unit won't cut it," explains technical director Jan van der Merwe. "Our systems are modular—you can add sulfur scrubbers or carbon filters as your needs grow." With clients across Namibia's coastal industrial zones, EcoClean prides itself on compliance: all equipment meets Namibia's Environmental Management Act standards, including strict limits on sulfur emissions.

As lithium battery use surges in Namibia—powering everything from smartphones to solar storage systems—GreenCycle Industries has emerged as a leader in li battery recycling equipment . Their Windhoek facility designs systems that not only break down lithium-ion cells but also integrate de-sulfurization to handle trace sulfur in electrolytes. "Many recyclers overlook sulfur in lithium batteries, but even small amounts can corrode machinery or harm workers," notes founder Elise Nghikevali. Their "Li-Clean 500" system, for example, combines a high-speed separator with a compact de-sulfurization tower, making it ideal for mid-sized operations processing 500–2,500 kg/hour. GreenCycle also offers dry process equipment, reducing water usage—a key advantage in Namibia's arid regions. Clients rave about their energy-efficient design: "Our electricity bills dropped by 30% after switching to their de-sulfurization unit," says a Walvis Bay recycler.

E-waste is a growing problem in Namibia, and Desert Eco-Tech in Walvis Bay is rising to the challenge with specialized circuit board recycling equipment and de-sulfurization solutions. Circuit boards contain sulfur-based flame retardants, which can release toxic gases when shredded or melted. Desert Eco-Tech's "E-Waste Master" system uses a two-step process: first, a dry separator removes metals, then a de-sulfurization chamber neutralizes remaining sulfur compounds. "We worked with local universities to test our machines on Namibian e-waste, which often has unique compositions due to imported electronics," says engineer Pieter Coetzee. Their compact granulator with dry separator is a hit with small recyclers, while large plants opt for their 2000kg/hour circuit board recycling line. What clients love most? The system's ability to recover valuable metals like gold and copper while keeping emissions in check.

For businesses looking to build a full-scale recycling plant from the ground up, Namibia Clean Energy (NCE) offers turnkey solutions that include lead acid battery recycling equipment , de-sulfurization, and even wastewater treatment. Their flagship project? A Windhoek-based lead battery recycling plant that processes 500 batteries daily, with a de-sulfurization unit that feeds into an air pollution control system. "We handle everything from design to installation," says project manager Amos Haoseb. "Many clients don't realize how interconnected these systems are—poor de-sulfurization can overload air filters, or inefficient water treatment can contaminate local wells." NCE's attention to integration has made them a favorite with government-backed recycling initiatives, including a recent partnership to upgrade Otjiwarongo's municipal waste facility. Their de-sulfurization machines, in particular, are praised for their low maintenance: "We only need to ｒｅｐｌａｃｅ parts once a year, even with heavy use," reports a client in Okahandja.

Not all recyclers need industrial-sized equipment, and Southern Cross Recycling in Oshikango caters to the small-to-medium market with portable solutions. Their "Mini-Desulfurizer" is a compact unit that pairs with their hydraulic briquetters, making it perfect for scrap yards or rural recycling centers. "Many of our clients in northern Namibia operate out of small warehouses—they can't fit a huge de-sulfurization tower," explains owner Sarah Nangolo. "Our portable units are wheeled, so you can move them between workstations, and they run on standard 220V power." Despite their size, these machines don't skimp on performance: they remove up to 90% of sulfur from lead battery paste, ensuring compliance with local emissions laws. Southern Cross also offers training workshops, teaching recyclers how to operate the equipment safely—a service that has earned them a loyal following in hard-to-reach areas like Ohangwena and Kavango.

While DustBuster Engineering is best known for their air pollution control system equipment, their de-sulfurization add-ons have become a secret weapon for recyclers across Namibia. "Our clients often come to us for dust collectors, then realize they also need sulfur removal," says sales director Lukas Jacobs. The company's "DustBuster S-Series" combines a bag filter with a wet scrubber, which uses a lime solution to neutralize sulfur dioxide. This hybrid approach is especially effective for metal melting furnaces, where high temperatures release sulfur from scrap metals. "A foundry in Lüderitz was struggling with sulfur emissions until they added our scrubber—now they're able to melt more scrap without violating air quality rules," Jacobs notes. DustBuster also offers custom designs, recently creating a system for a cable recycling plant in Gobabis that removes sulfur from plastic insulation fumes. Their focus on flexibility has made them a go-to for niche recyclers with unique needs.

Namibian Battery Tech (NBT) specializes in the nitty-gritty of battery recycling, with a product line that spans lead acid battery recycling equipment, li-ion separators, and—you guessed it—de-sulfurization machines. What makes them stand out is their in-house R&D team, which constantly tweaks designs to handle newer battery chemistries. "Lead acid batteries haven't changed much in 50 years, but lithium batteries are evolving fast—new cathodes, new electrolytes," says chief engineer David Mwatile. "Our de-sulfurization units are programmable, so you can adjust settings based on the battery type you're processing that day." NBT's most popular offering is their lead acid battery breaking and separation system, which includes a built-in sulfur scrubber. Clients in the automotive industry love it: "We process old car batteries, and the system not only removes sulfur but also recovers lead plates in perfect condition for smelting," says a Windhoek auto recycler.

For recyclers with unique challenges—like processing radioactive materials or rare earth metals—Eco-Waste Solutions in Swakopmund offers custom-designed de-sulfurization and air pollution control systems. "Standard equipment doesn't work for everyone," says founder Klaus Schneider. "We had a client in Tsumeb who recycles CRT monitors—those contain leaded glass, which releases sulfur when crushed. We built a de-sulfurization unit with a HEPA filter to capture both sulfur and lead dust." Eco-Waste's projects are often one-of-a-kind, but they also offer off-the-shelf options for common needs, like their "Eco-Scrubber" for lithium battery plants. What sets them apart is their commitment to testing: every system undergoes rigorous trials at their Swakopmund lab before installation, ensuring it meets Namibia's strictest emission standards. "We don't ship until we're 100% sure it works in Namibian conditions," Schneider adds.

Rounding out our list is Desert Metals Recovery, a Walvis Bay-based supplier focused on metal recycling—from scrap cables to aluminum cans—and their de-sulfurization add-ons for melting furnaces. "When you melt metal scrap, sulfur can react with the furnace lining, causing cracks and reducing efficiency," explains metallurgist James Hamukwaya. "Our de-sulfurization injectors add calcium-based flux into the molten metal, binding with sulfur to form slag that's easily removed." This process not only extends furnace life but also improves metal purity, a key selling point for foundries. Desert Metals also offers air pollution control systems to capture any sulfur fumes that escape the melt. Their most popular package? A medium-frequency electric furnace paired with a de-sulfurization unit and bag filter, which has become a staple in Namibia's growing metal recycling hubs, including Lüderitz and Keetmanshoop. "We've helped clients increase their metal yield by 15% just by reducing sulfur contamination," Hamukwaya (proudly states).