Top 10 Wastewater treatment plant Suppliers, Manufacturers, Wholesalers and Traders in Georgia

Founded in 2005, Georgian WaterTech Solutions has grown from a small local supplier to a leader in integrated wastewater treatment systems, serving over 200 clients across Georgia and the South Caucasus. What sets them apart is their ability to tailor solutions to each client's needs—whether it's a winery in Kakheti needing to treat organic-rich wastewater or a textile factory in Tbilisi requiring advanced water process equipment to remove dyes and chemicals.

Their flagship product line includes modular effluent treatment machine equipment designed for easy installation and scalability. For example, their ETM-500 model, a compact effluent treatment unit, is ideal for small to medium-sized businesses, handling up to 500 cubic meters of wastewater daily with minimal energy use. Larger facilities, like the Rustavi Steel Plant, rely on their custom-designed systems, which integrate biological treatment, chemical precipitation, and filtration to meet strict discharge standards.

Beyond equipment, Georgian WaterTech prides itself on after-sales support. Their team of 15 service technicians provides 24/7 maintenance, ensuring minimal downtime for clients. "We don't just sell machines—we build long-term partnerships," says Nino Kvaratskhelia, the company's technical director. "Many of our first clients from 2005 are still with us today, upgrading their systems as their businesses grow."

Nestled in Georgia's second-largest city, EcoProcess Georgia has carved a niche in serving both industrial giants and municipal governments. Since 2010, they've focused on bridging the gap between high-performance treatment and affordability, a critical need for Georgia's developing regions. Their portfolio spans from small-scale effluent treatment machine equipment for family-owned farms to large municipal plants serving cities like Kutaisi and Zugdidi.

One of their standout innovations is the EcoMatic series, a line of effluent treatment machines that use a combination of aerobic bacteria and membrane filtration to break down contaminants. Unlike traditional systems, the EcoMatic requires minimal operator training and can adapt to fluctuating wastewater volumes—a common challenge in Georgia's seasonal industries, such as tourism and agriculture. "A hotel in Batumi might see 10x more guests in summer than winter," explains Irakli Zhvania, EcoProcess's sales manager. "Our systems adjust automatically, so clients don't pay for unused capacity in the off-season."

EcoProcess also partners with local universities to sustainable solutions, recently launching a pilot project in Samtredia that uses solar power to run their effluent treatment equipment. "We're committed to reducing the carbon footprint of wastewater treatment," Zhvania adds. "Georgia has abundant sunlight—why not use it to make treatment greener and cheaper?"

For businesses looking to address both water and air pollution, GreenGuard Environmental is the go-to partner in Georgia. Based in Batumi, a coastal city with strict environmental regulations to protect its tourism-driven economy, GreenGuard specializes in integrated systems that tackle pollution from multiple fronts. Their air pollution control system equipment works in tandem with water process equipment to create holistic environmental solutions.

Take, for example, their work with a large chemical plant in Kobuleti. The plant needed to treat wastewater containing toxic solvents while also reducing emissions from its production line. GreenGuard installed a custom effluent treatment machine to neutralize the solvents and a multi-stage air pollution control system equipment —including scrubbers and activated carbon filters—to capture volatile organic compounds (VOCs). The result? The plant reduced emissions by 92% and now meets the EU's strict industrial air quality standards.

GreenGuard's approach is rooted in collaboration. They work closely with Georgia's Ministry of Environment Protection and Agriculture to stay ahead of regulatory changes, ensuring their clients are always compliant. "Environmental laws in Georgia are evolving quickly, and businesses need partners who can keep up," says Tamuna Gogichaishvili, GreenGuard's environmental compliance officer. "We don't just sell equipment—we help clients future-proof their operations."

Rustavi, Georgia's industrial heartland, is home to some of the country's heaviest polluters—steel mills, chemical plants, and manufacturing facilities. Caucasus CleanTech was founded in 2012 specifically to address the unique challenges of heavy industry, where wastewater often contains heavy metals, oils, and corrosive chemicals. Their expertise lies in designing rugged, high-capacity systems that can withstand harsh conditions and deliver consistent results.

At the core of their offerings is a range of effluent treatment machine equipment built for heavy-duty use. Their CT-1000 model, for instance, is a robust effluent treatment machine that combines chemical coagulation, sedimentation, and filtration to remove 99% of heavy metals like lead, mercury, and chromium—common byproducts of Rustavi's metalworking industries. The system is also designed for easy maintenance, with replaceable parts sourced locally to minimize downtime.

Caucasus CleanTech's client list includes major players like Rustavi Metallurgical Plant and Georgian Manganese. "These industries can't afford to shut down for treatment issues," says Giorgi Maisuradze, the company's founder. "Our equipment is built to run 24/7, even in the toughest environments. We test every component under extreme conditions—temperatures from -10°C to 40°C, high humidity—to ensure reliability."

Beyond equipment, the company offers on-site training for plant operators, ensuring that local teams can manage and maintain the systems independently. "Empowering our clients is key," Maisuradze adds. "We want Georgian workers to have the skills to keep these systems running efficiently for decades."

Gori-based BlueStream Engineering has made a name for itself with modular, plug-and-play wastewater treatment plants—an ideal solution for Georgia's rural and remote communities, where infrastructure is often limited. Founded in 2015 by a team of former energy sector engineers, BlueStream recognized that many small towns and villages lacked access to centralized treatment facilities, leading to untreated wastewater flowing into local rivers and streams.

Their answer? Compact water process equipment that can be transported by truck and assembled on-site in days, not months. The BlueMod series, for example, is a modular system that starts at 50 cubic meters per day (suitable for a village of 500 people) and scales up to 500 cubic meters (enough for a small town). Each module includes pre-treatment, biological reactors, and disinfection units, all controlled by a user-friendly touchscreen panel. "We designed the BlueMod to be operated by someone with basic technical training, not a wastewater expert," explains Ana Chkhaidze, BlueStream's product developer. "In rural Georgia, that's critical—many communities don't have dedicated engineers."

BlueStream has deployed over 30 systems across Georgia, from the mountain villages of Svaneti to the agricultural communities of Kakheti. One notable project was in the town of Kaspi, where a BlueMod-200 system now treats wastewater from local dairy farms, preventing nitrates and phosphates from contaminating the nearby Khrami River. "Before, the river was so polluted, locals couldn't use it for irrigation," Chkhaidze recalls. "Now, farmers are seeing better crop yields, and the river is teeming with fish again. That's the impact we strive for."

Sustainable Water Georgia, based in Zugdidi, takes a "nature-first" approach to wastewater treatment, leveraging biological processes and green infrastructure to minimize environmental impact. For this supplier, sustainability isn't just a buzzword—it's a core principle that guides everything from equipment design to client education. Their systems prioritize energy efficiency, water reuse, and the use of non-toxic chemicals, making them a favorite among eco-conscious businesses and municipalities.

One of their signature offerings is the BioFlow series, a line of effluent treatment machine equipment that uses naturally occurring bacteria to break down organic matter. Unlike traditional systems that rely on harsh chemicals, BioFlow's reactors cultivate specific microbial communities tailored to the client's wastewater type—whether it's food waste from a brewery or textile dyes from a factory. The result is treated water that's often clean enough for reuse in irrigation or industrial processes, reducing reliance on Georgia's limited freshwater resources.

Sustainable Water Georgia also specializes in constructed wetlands, a low-cost, low-maintenance alternative to mechanical treatment for small communities. In the village of Martvili, they designed a 1-hectare wetland that treats wastewater from 1,200 residents using native plants like reeds and cattails. The system requires no electricity and has operated for over five years with minimal upkeep. "Nature is the best engineer," says David Lominadze, the company's founder. "Our job is to work with it, not against it."

Telavi, the heart of Georgia's wine country, is known for its vineyards and wineries—but these industries generate significant organic wastewater, rich in sugars and acids that can harm local ecosystems. TechWaste Solutions saw an opportunity to turn this "waste" into a resource, specializing in wastewater treatment systems that produce biogas, a renewable energy source, from organic sludge.

Their flagship system, the BioEnergy Plant, combines effluent treatment machine equipment with anaerobic digesters. Here's how it works: wastewater first passes through a series of filters and biological reactors to remove solids and contaminants, producing clean effluent. The leftover sludge is then fed into a digester, where bacteria break it down to release biogas (methane and carbon dioxide). This biogas can be used to generate electricity or heat, offsetting the winery's energy costs. For example, Telavi Wine Cooperative, which processes over 10,000 tons of grapes annually, now uses a BioEnergy Plant to power its fermentation tanks and bottling line, reducing its reliance on grid electricity by 40%.

TechWaste's systems aren't limited to wineries—they've also been deployed in dairy farms, breweries, and food processing plants across Georgia. "Organic wastewater is a goldmine," says Natia Japaridze, TechWaste's energy specialist. "Instead of paying to treat and dispose of it, businesses can turn it into fuel. It's a win-win for the environment and the bottom line."

BlueStream Engineering, with a second office in Gori, has built a reputation for innovation in modular treatment plants, but their work in disaster resilience sets them apart. Georgia's mountainous terrain and frequent floods make traditional wastewater infrastructure vulnerable to damage. BlueStream's mobile water process equipment is designed to be deployed quickly in emergency situations, providing critical treatment when fixed plants are offline.

Their RapidDeploy series is a trailer-mounted effluent treatment unit that can be transported by truck to disaster zones. Equipped with a compact water process equipment setup—including pumps, filters, and UV disinfection—the unit can treat up to 200 cubic meters of water per day, providing safe drinking water and temporary wastewater treatment for displaced communities. In 2023, when floods damaged the wastewater plant in Tsageri, BlueStream deployed two RapidDeploy units within 48 hours, preventing the spread of waterborne diseases in the relief camp.

Beyond emergencies, BlueStream's mobile units are also used for temporary projects, such as construction sites or music festivals. "Flexibility is key in Georgia," says Irakli Tabaghua, BlueStream's emergency response coordinator. "Whether it's a flood, a construction boom, or a sudden increase in tourism, our equipment adapts to the situation. We're not just building treatment plants—we're building resilience."

Mining is a cornerstone of Georgia's economy, but it's also a major source of water pollution, with wastewater containing heavy metals, sediments, and acidic drainage. CleanFlow Industries, based in Khashuri near the country's mining regions, specializes in treatment systems that tackle these tough contaminants, helping mines comply with environmental regulations while minimizing operational disruptions.

Their MineGuard series is a suite of effluent treatment machine equipment designed specifically for mining applications. The system uses chemical precipitation to remove heavy metals (e.g., copper, zinc, arsenic) and advanced filtration to capture fine sediments, producing water that meets Georgia's strict discharge limits. For example, the Chiatura Manganese Mine, one of the oldest in Georgia, recently upgraded to a MineGuard-5000 system, which treats over 5,000 cubic meters of wastewater daily. Since installation, heavy metal levels in the nearby Qvirila River have dropped by 97%, and the mine has avoided millions in potential fines.

CleanFlow also offers on-site testing services, sending teams to mines to analyze wastewater composition and design custom solutions. "Every mine's wastewater is different—geology, ore type, and extraction methods all play a role," says Levan Gachechiladze, CleanFlow's mining specialist. "A one-size-fits-all system won't work. We take the time to understand each client's unique challenges before recommending equipment."

Rounding out our list is Georgian EcoEngineering, a full-service firm that handles every aspect of wastewater treatment projects—from design and equipment supply to construction and ongoing maintenance. Based in Akhaltsikhe, they specialize in turnkey solutions, making them a top choice for clients who want a single point of contact for their entire treatment plant.

What sets Georgian EcoEngineering apart is their ability to integrate multiple technologies into seamless systems. For example, when the city of Akhaltsikhe needed to upgrade its aging municipal wastewater plant, Georgian EcoEngineering designed a complete solution that included water process equipment for primary treatment, biological reactors for secondary treatment, and a air pollution control system equipment to manage odors from the sludge processing unit. The project was delivered on time and under budget, and the new plant now serves 30,000 residents with 95% pollutant removal efficiency.

The company also prides itself on using locally sourced materials whenever possible, supporting Georgia's economy and reducing transportation costs. "We work with Georgian steel fabricators, electrical suppliers, and contractors to build our systems," says Vakhtang Kipshidze, Georgian EcoEngineering's project manager. "This not only lowers costs but also ensures that clients can easily find replacement parts and local support."