Water is a critical resource for life, industry, and agriculture. As pollution increases and pressure on water quality grows, the need for advanced technologies that ensure truly safe water - without compromise - is becoming essential.

Our solutions utilize state-of-the-art membrane processes, particularly direct hollow-fiber nanofiltration and ultrafiltration, combined with additional pre-treatment and post-treatment steps. They effectively remove not only suspended solids and microorganisms, but also pesticides, pharmaceuticals, PFAS, microplastics, and other micropollutants that pose significant risks to water quality.

The result is a reliable multi-barrier system that delivers consistently high water quality while maintaining simple and cost-efficient operation. Our technologies are available across a wide range of capacities—from compact skid-mounted units to fully integrated containerized solutions.

Don't compromise. Drink perfectly clean water.

Do you have limited water resources and want to use rainwater as a source of drinking water? MINT technologies enable safe and efficient treatment to meet the requirements of any relevant drinking water legislation.

Solutions based on direct nanofiltration (MINT-NANOREC) or a combination of media filtration and ultrafiltration (MINT-CONTECH) reliably remove suspended solids, turbidity, color, metals, micropollutants, and microplastics. The result is stable water quality without the need for post-remineralization, which is typically required in conventional NF/RO systems.

The entire system is designed as an autonomous multi-barrier solution with a focus on safety, ease of operation, and flexibility of deployment - ideal for professional applications in water-scarce areas such as industrial zones, business parks, and development projects.

Water recycling is an efficient and cost-effective way to reduce the consumption of primary water resources while ensuring operational stability, even during periods of drought.

Our MINT technologies are designed as modular systems tailored to the specific application and source water quality. They can treat both pre-treated wastewater and separated process streams from industrial production. Each solution is based on a detailed analysis - especially for more complex sources, we recommend a water audit and pilot testing.

Effective recycling not only reduces operating costs but also increases your independence from external water supplies.

In the food industry, water quality is directly linked to the quality of the final product. Stable and hygienically safe water is essential for the production of beverages, dairy products, and many other goods.

We design technologies tailored precisely to the needs of each operation - from raw water treatment to ensuring hygienic safety throughout the entire process. The result is consistent water quality that meets the most challenging standards and production requirements.

Our solutions also enable efficient reuse of selected wastewater streams, such as rinse water or certain CIP streams, significantly reducing fresh water consumption and operating costs.

Drought and intensive farming place high demands on both the availability and quality of irrigation water. Our water treatment technologies can prepare irrigation water of the required quality from sources that would otherwise be unsuitable - such as recycled wastewater, saline water, or water containing pesticides.

Irrigation with recycled water treated using MINT membrane technologies leads to higher crop yields, reduced operating costs, and significant environmental benefits, including conservation of groundwater resources and reduced soil salinity.

Water is a key element of comfort, health, and the overall guest experience. From pools and showers to operational systems its quality significantly shapes how the entire resort is perceived.

Our technologies ensure safe and stable water quality throughout the facility. We cover treatment of inlet (make-up) water, elimination of health risks including legionella, advanced pool water treatment, and efficient recycling of pool and selected wastewater streams. We also optimize water management in operations such as hotel laundries.

The result is a healthy, safe, and economically efficient water management system for the entire resort.

Every pool and aquapark hides its most important part beneath the surface - the water treatment and filtration technology that ensures clean, safe, and regulation-compliant water. Our MINT-POOL recycling units and the unique MINT-PRIMAL pool water treatment technology bring 21st-century innovation to swimming pools.

Pool water is typically treated using conventional sand filtration. However, wastewater generated from filter backwashing can be recycled - resulting in significant savings on water, wastewater discharge, and heating energy. At the same time, modern ultrafiltration technology can fully replace outdated sand filtration systems, delivering perfectly clear water with a superior level of hygienic safety.

Many zoo pavilions feature water elements, and for some exhibits, pools and aquariums are essential. Visitors are captivated by clear views into the underwater world—but this experience depends entirely on perfectly clean and transparent water. Ultrafiltration units provide significantly higher filtration efficiency than conventional sand filters, removing suspended solids, including colloids, to ensure crystal-clear water. In addition, ultrafiltration captures bacteria and viruses, further enhancing the hygienic safety of the water.

Recycled municipal wastewater is a valuable source of utility water suitable for irrigation and industrial use. Our technologies process wastewater treatment plant effluent and produce water of drinking quality, helping conserve primary resources while also delivering economic benefits.

Our modular systems are capable of treating water with varying levels of contamination, including the removal of micropollutants and pharmaceutical residues. All technologies can be delivered as containerized solutions, minimizing construction requirements, accelerating installation, and helping secure alternative water sources.

Modern industrial wastewater treatment plants must address not only regulatory limits but also efficient water reuse within operations.

MINT technologies enable advanced polishing of wastewater, removal of specific pollutants, and subsequent recycling. The result is reduced environmental impact, water savings, and improved operational efficiency.

Ensuring safe drinking water is critical during disruptions to standard water supply. Our containerized MINT-NANOREC and MINT-CONTECH systems can produce high-quality drinking water from almost any source, surface or groundwater. The containerized design ensures mobility as well as fast and simple installation. These units can serve as a backup to existing sources, a replacement during outages, or as a primary water supply in locations without established infrastructure.