ADVANCED WATER TREATMENT ––> MINT TECHNOLOGY • MIKROPOPULANTY • INTEGRACE • REFERENCES
ADVANCED WATER TREATMENT
Our multifunctional MINT technologies reliably remove a wide range of contaminants from influent water in a single process:
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per- and polyfluoroalkyl substances (PFAS)
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pesticidy
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pharmaceuticals and drugs
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suspended solids and turbidity
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organic substances
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phosphates
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bakterie a viry
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water softening
Key advantages of intelligent MINT systems compared to conventional water treatment technologies (GAC+AOP, NF/RO):
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lower operating costs and higher recovery rates
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lower operating pressure – up to 50% lower pressure loss compared to NF/RO
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efficient multi-barrier process – enhanced safety and reliability
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liquid waste elimination – retentate management based on ZLD (Zero Liquid Discharge) principles
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modular containerized or skid-mounted design – mobility, fast installation, and commissioning
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autonomous operation powered by AI
Kterou technologii zvolit?
I'm looking for advanced water treatment with micropollutant removal→ MINT-NANOREC.
I need to implement quaternary treatment of WWTP effluent→ MINT-NANOREC.
I want to ensure a stable source of drinking water from surface water or groundwater (> 5 m3/h → MINT-CONTECH
I'm looking for a modern ultrafiltration-based skid-mounted system →MINT-UF
I need a tailor-made solution for a specifically contaminated water source → contact us
MINT-NANOREC
advanced water treatment using modern direct nanofiltration and artificial intelligence
MINT-CONTECH
mobile containerized water treatment for surface water and groundwater sources
Micropollutants are not a future concern.
They are a problem of today - and they affect the health of all of us!
The presence of micropollutants in surface waters is alarming, and it is no surprise that new legislative measures are being introduced to limit their discharge into the environment. The European Directive (EU) 2024/3019 (EU) 2024/3019 requires large wastewater treatment plants to implement quaternary treatment, aimed at reducing selected micropollutants in effluent by more than 80%. Prepare for the implementation of a quaternary stage in time! Our MINT technologies provide an efficient solution for wastewater pollution with minimal environmental impact. The advanced MINT-NANOREC treatment system ensures a safe and reliable product of drinking water quality, free of micropollutants. The product can either be safely returned to the environment or reused as process or rinse water.
We create a sustainable future without unnecessary waste
A key drawback of conventional water treatment technologies is the large volume of chemical waste they produce and the difficulty of its disposal. The MINT concept, however, applies the latest scientific advances to implement the zero liquid discharge (ZLD) principle zero liquid discharge (ZLD) - complete elimination of liquid waste. Thanks to advanced retentate treatment and neutralization of chemical cleaning streams, our technologies are fully equipped to meet the environmental challenges of the 21st century.
Integrace a provoz
Our multifunctional water treatment systems are available in both containerized and skid-mounted designs. Containerized solutions such as MINT-NANOREC and MINT-CONTECH are ideal for strategic infrastructure applications - enabling on-site production of safe drinking water and ensuring rapid deployment. The skid-mounted MINT-UF technology is designed to fit the specific requirements of your application as closely as possible. Operation is supported by our comprehensive SMARTCARE program, including the digital process engineer IQ-MINT, remote monitoring via MINT-eCARE, and the electronic service log MINT-eBOOK. This provides real-time system visibility, AI-driven autonomous control, automated reporting, and predictive maintenance that alerts you to required interventions in advance. Clear reporting for both operational management and hygiene compliance is included as standard.
REFERENCES
Perfect water quality without micropollutants and microplastics
Our technologies are verified in real operations. Browse a selection of references.
Drinking water treatment plants
Container-based quaternary treatment of wastewater
WWTP JIŘETÍN
POD JEDLOVOU


