Top 10 Lithium-ion battery crushing and separation equipment Suppliers, Manufacturers, Wholesalers and Traders in Mongolia

Founded in 2015, GreenCycle Mongolia LLC has quickly become a household name in the country's recycling equipment sector. What started as a small operation focused on basic metal recycling has evolved into a full-service provider specializing in advanced battery and e-waste processing. Today, their claim to fame is their state-of-the-art li-ion battery breaking and separating equipment , designed to handle everything from small consumer batteries to large EV battery packs.

GreenCycle's flagship system, the "EcoLi-Sep 500," is a modular setup that combines shredding, sieving, and electrostatic separation to recover lithium, cobalt, and copper with minimal waste. What sets them apart, though, is their commitment to environmental responsibility. Each system comes integrated with air pollution control system equipment —think high-efficiency filters and dust collectors—to ensure harmful particulates and gases are captured before they escape into the atmosphere. "We don't just recycle batteries; we protect the air our communities breathe," says CEO Bat-Erdene, a chemical engineer with over 15 years in waste management.

Beyond lithium-ion batteries, GreenCycle also offers circuit board recycling equipment , making them a one-stop shop for e-waste recyclers. Their "EcoCircuit 300" uses dry separation technology to recover precious metals from circuit boards, complementing their battery recycling lines perfectly. With certifications from the Mongolian Environmental Protection Agency and ISO 14001, GreenCycle is a trusted partner for businesses looking to meet strict sustainability standards.

Established in 2010, MongolRecycle Tech Co. has deep roots in Mongolia's industrial landscape. Originally focused on scrap metal processing, the company pivoted to battery recycling in 2018, recognizing the growing need for specialized equipment in the region. Today, they're known for their robust, low-maintenance li-ion battery breaking and separating equipment , built to withstand Mongolia's harsh climate and heavy-duty use.

Their most popular model, the "Li-Break Pro," features a dual-shaft shredder for initial size reduction, followed by a water-based separation unit that uses water process equipment to separate different materials. "Water-based separation is gentler on delicate components and allows for higher purity in recovered metals," explains head engineer Munkhbaatar. "We've optimized our water process to be closed-loop, meaning almost no water is wasted—critical in a country where water resources are precious."

MongolRecycle Tech also prides itself on its pre-processing tools, including hydraulic cutter equipment that safely slices through battery casings and modules before shredding. "Safety is non-negotiable when dealing with lithium-ion batteries, which can be volatile if damaged," Munkhbaatar adds. "Our hydraulic cutters are designed to minimize risk, with built-in sensors to detect overheating or pressure spikes."

With a factory in Ulaanbaatar and a team of 50+ technicians, MongolRecycle Tech offers on-site installation and training, ensuring clients can operate their equipment with confidence. They've recently expanded into air pollution control system equipment as well, offering scrubbers and activated carbon filters to complement their battery recycling lines.

EcoPower Solutions Mongolia entered the scene in 2017 with a clear mission: to make battery recycling accessible to small and medium-sized enterprises (SMEs). While many suppliers focus on large-scale industrial plants, EcoPower specializes in compact, affordable li-ion battery breaking and separating equipment that fits in smaller facilities—without compromising on efficiency.

Their "MiniLi-Recycle 200" is a crowd favorite among local recyclers. Weighing just 2 tons and requiring minimal floor space, it can process up to 200 kg of batteries per hour, making it ideal for startups or businesses testing the waters of battery recycling. "We wanted to remove the barrier of entry," says founder Enkhjargal, a former environmental consultant. "Not every recycler can afford a million-dollar plant, but they still want to do their part for the planet."

EcoPower doesn't skimp on safety, either. Each MiniLi-Recycle system includes a fire suppression unit and air pollution control system equipment tailored to small-scale operations—think compact dust collectors and odor neutralizers. They also offer hydraulic baler equipment as an add-on, allowing clients to bale plastic and metal scraps for easier transport and resale.

What truly makes EcoPower stand out is their customer support. They offer flexible financing plans and a 24/7 hotline for technical issues, ensuring even the smallest recyclers have access to expert help. "Our clients aren't just customers—they're partners in building a greener Mongolia," Enkhjargal says. With over 100 installations across the country, EcoPower is proving that sustainability can be scalable for everyone.

Mongolia Recycling Innovations (MRI) is all about cutting-edge technology. Founded in 2019 by a team of engineers fresh from Mongolia's National University of Science and Technology, MRI has made a name for itself by integrating AI and automation into its li-ion battery breaking and separating equipment . Their "SmartLi-Sep" system uses computer vision to sort batteries by type and condition before processing, optimizing efficiency and reducing errors.

"Traditional sorting relies on manual labor, which is slow and prone to mistakes," explains lead developer Tuvshinbayar. "Our AI-powered cameras can identify battery chemistries and damage in seconds, ensuring only suitable batteries enter the breaking and separating line. It's like having a quality control expert working 24/7."

MRI's commitment to innovation extends to environmental protection. Their systems come with advanced air pollution control system equipment , including real-time monitoring sensors that adjust airflow and filtration based on emissions levels. "If the system detects a spike in particulates, it automatically ramps up the filters—no human intervention needed," Tuvshinbayar adds. They also offer circuit board recycling equipment with AI-driven material recognition, making them a leader in smart recycling tech.

Though a newer player, MRI has already partnered with several international firms to bring global best practices to Mongolia. Their recent collaboration with a German engineering company resulted in a prototype dry process equipment line for lithium battery recycling, which uses no water and instead relies on air classification and electrostatic separation. "We're always looking ahead," says Tuvshinbayar. "The future of recycling is smart, dry, and fully automated—and we're building it here in Mongolia."

SteppeGreen Machinery Co. has been a staple in Mongolia's industrial equipment sector since 2005, initially focusing on agricultural and mining machinery. In 2020, they diversified into battery recycling, leveraging their expertise in heavy-duty machinery to create rugged li-ion battery breaking and separating equipment designed for the long haul.

Their "SteppeLi-500" is a beast of a system, capable of processing up to 500 kg of batteries per hour. It features a reinforced steel frame, oversized bearings, and a triple-stage separation process (shredding, magnetic separation, and eddy current separation) to recover metals, plastics, and electrolytes. "Mining and agriculture taught us that equipment needs to be tough," says general manager Otgonbayar. "We built the SteppeLi-500 to last 15+ years with minimal maintenance—perfect for remote areas where repair services are scarce."

SteppeGreen also offers a range of auxiliary equipment, including hydraulic cutter equipment for pre-shredding and hydraulic press machines equipment to compact metal scraps into dense briquettes. "Briquetting reduces transport costs by up to 40%," Otgonbayar notes. "For clients in rural Mongolia, where distances are vast, that's a game-changer."

What truly sets SteppeGreen apart is their focus on local sourcing. Over 80% of the components in their equipment are made in Mongolia, supporting local manufacturers and reducing import costs. "We believe in building a self-reliant recycling industry here," Otgonbayar says. "By using local parts, we can also offer faster repairs and lower prices than imported systems."

CleanTech Mongolia Ltd. is on a mission to make battery recycling "zero-emission." Founded in 2016 by environmental activists and engineers, the company has made air pollution control system equipment its cornerstone, ensuring every piece of li-ion battery breaking and separating equipment they sell meets the strictest global emissions standards.

Their "CleanLi-Series" systems are paired with custom-designed air pollution control units that include HEPA filters, catalytic converters, and thermal oxidizers to eliminate volatile organic compounds (VOCs) and toxic gases. "Lithium-ion battery recycling can release harmful fumes if not properly controlled," explains environmental specialist Anara. "Our systems capture over 99% of emissions, making them safe enough to operate in urban areas."

CleanTech also prioritizes water conservation, offering both dry and wet process options. Their dry process uses air classification equipment to separate materials, while their wet process employs water process equipment with reverse osmosis for water purification and reuse. "Clients can choose based on their water availability and environmental goals," Anara adds.

Beyond equipment sales, CleanTech provides comprehensive environmental consulting services, helping clients navigate Mongolia's evolving recycling regulations and obtain necessary permits. "We don't just sell machines—we help businesses build sustainable, compliant operations," Anara says. With partnerships with universities and environmental NGOs, CleanTech is also involved in research to improve battery recycling technologies, making them a leader in both innovation and advocacy.

Different from traditional suppliers, the Mongolia E-Waste Recyclers Co-op is a collective of 15 local recycling businesses that joined forces in 2018 to pool resources and expertise. Today, they manufacture and distribute li-ion battery breaking and separating equipment tailored to the needs of small-scale recyclers, with a focus on affordability and community support.

The co-op's "Co-opLi-100" is a testament to their collaborative approach. Designed by engineers from member businesses, it's a simple, easy-to-maintain system that processes 100 kg/hour and costs 30% less than comparable models. "By sharing design costs and buying materials in bulk, we can offer prices that individual small businesses could never achieve alone," says co-op president Boldbaatar. "Our goal is to empower local recyclers, not compete with them."

In addition to li-ion battery breaking and separating equipment , the co-op offers training programs on battery recycling best practices, including safe handling and basic equipment maintenance. They also provide access to shared circuit board recycling equipment at their central facility in Darkhan, allowing members to expand their service offerings without investing in new machinery.

The co-op's commitment to community extends to environmental stewardship as well. They recently invested in shared air pollution control system equipment that members can rent by the hour, ensuring even the smallest recyclers can meet emissions standards. "Sustainability shouldn't be a luxury," Boldbaatar says. "We're building a movement where every recycler, no matter how small, can contribute to a cleaner Mongolia."

Advanced Recycling Technologies (ART) Mongolia is a subsidiary of a European recycling equipment manufacturer, bringing global expertise to the local market since 2019. Their li-ion battery breaking and separating equipment is based on proven European designs, adapted for Mongolia's unique needs—like colder temperatures and higher dust levels.

ART's "EuroLi-Plus" system is a fully automated line that integrates shredding, separation, and material recovery into a single process. What makes it stand out is its energy efficiency: it uses 20% less electricity than comparable systems, thanks to variable-speed motors and heat recovery technology. "Energy costs in Mongolia can be high, so efficiency is a top priority for our clients," says regional manager Svenja Müller, who relocated from Germany to lead ART's Mongolian operations.

The system also includes advanced water process equipment with pH neutralization and heavy metal removal, ensuring wastewater is safe to discharge or reuse. "European standards for water treatment are very strict, and we've brought that expertise here," Müller explains. "Our clients can trust that their operations won't harm local water sources."

ART Mongolia offers comprehensive after-sales support, including remote monitoring of equipment performance via IoT sensors. "Our technicians in Berlin can troubleshoot issues in real time, reducing downtime," Müller adds. They've also partnered with local technical schools to train Mongolian engineers, ensuring a skilled workforce to support their equipment long-term.

Named after Mongolia's iconic Gobi Desert, Gobi Recycling Equipment Inc. was founded in 2014 with a focus on "tough equipment for tough environments." Specializing in mobile and modular recycling systems, they've carved a niche in providing li-ion battery breaking and separating equipment that can be transported to remote mining sites, construction camps, and rural communities.

Their "GobiMobile 300" is a trailer-mounted system that can be hitched to a truck and set up in under 4 hours. It includes a small shredder, magnetic separator, and air pollution control system equipment —all powered by a diesel generator for off-grid operation. "Many of Mongolia's battery waste sources are in remote areas, far from fixed recycling plants," says founder Tserenbold. "The GobiMobile brings recycling to the waste, reducing transport costs and carbon emissions."

Gobi also offers hydraulic cutter equipment that's lightweight and portable, perfect for on-site battery dismantling. "Mining companies often have old equipment batteries that need recycling, but transporting them is risky and expensive," Tserenbold notes. "Our hydraulic cutters allow them to safely process batteries on-site, turning waste into a revenue stream."

With a fleet of 10 mobile units and a team of traveling technicians, Gobi Recycling Equipment Inc. is bringing sustainable recycling to every corner of Mongolia. They've even partnered with the Mongolian government on a pilot program to deploy GobiMobile systems in national parks, where tourist waste (including batteries) is a growing concern.

Rounding out our list is FutureCycle Mongolia, a startup founded in 2021 by a group of young engineers passionate about circular economy solutions. Though the youngest on this list, they've made a splash with their innovative li-ion battery breaking and separating equipment that combines affordability with cutting-edge features.

Their "FutureLi-250" uses a unique "vibration separation" technology that reduces energy use by 30% compared to traditional shredding-based systems. "Instead of shredding first, we use high-frequency vibrations to loosen and separate battery components," explains chief technology officer Nomin, who developed the technology during her PhD studies. "It's gentler on materials and produces less dust, which is better for both the equipment and the environment."

FutureCycle also offers a range of complementary equipment, including circuit board recycling equipment and hydraulic baler equipment , allowing clients to expand their recycling capabilities as their business grows. "We designed our systems to be modular, so clients can start small and add components later," Nomin adds. "It's a flexible approach that fits the dynamic needs of Mongolia's recycling industry."

With a focus on innovation, FutureCycle is currently developing a mobile app that connects recyclers with battery waste sources—like electronics stores and EV repair shops—helping them streamline their supply chain. "Technology isn't just about machines; it's about connecting people and resources," Nomin says. "We're building more than equipment—we're building a recycling ecosystem."