WaterTech Innovations a.s.

WaterTech Innovations a.s.

We manufacture mobile filtration systems

Using our cutting-edge technology, we remove microbiological contaminants, iron, manganese, heavy metals, and other undesirable substances from water without the use of chemicals.

Our systems, which are based on physical principles—ranging from microfiltration to reverse osmosis—achieve results that surpass those of traditional chemical methods.

1.0

What we remove

  • Microbiological contamination
  • Iron
  • Water hardness and others
  • Dissolved particles
  • Odor, turbidity, and taste
  • Heavy metals
  • Organic compounds

Drinking water, the most important commodity of the future

In today's world, drinking water is becoming a precious resource that is in short supply in many parts of the world....

With us, the water is not only cleaner, but also safer! And all this without the need for additional chemical disinfection.

Comprehensive water management solutions

Innovative technology

Sustainability and the Environment

Reliability and years of experience

Modular water treatment systems

ZURI 5* Zanzibar resort

ZURI 5* Zanzibar resort For drilled wells, a submersible pump is placed in the borehole at a depth of approximately ten meters below the static water level. For pumping water from a dug well, the suction depth is the decisive factor. In drilled wells and most new wells today, a submersible pump is placed in the borehole… Read More

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ZURI 5* Zanzibar resort

ZURI 5* Zanzibar resort For drilled wells, a submersible pump is placed in the borehole at a depth of approximately ten meters below the static water level. For pumping water from a dug well, the suction depth is the decisive factor. In drilled wells and most new wells today, a submersible pump is placed in the borehole… Read More

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JCDecaux

JCDecaux For drilled wells, a submersible pump is placed in the borehole at a depth of approximately ten meters below the static water level. For pumping water from a dug well, the suction depth is the decisive factor. In drilled wells and most new wells today, a submersible pump is placed in the borehole… Read More

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Filtration & Disinfection

Our systems, which are based on physical principles—ranging from microfiltration to reverse osmosis—achieve results that surpass those of traditional chemical methods.

Step 1

Raw water intake

Step 2

Mechanical filtration of coarse contaminants

Step 3

Capturing Undissolved Substances in the Zero Crossing Filter

Step 4

Raw water intake

Step 5

Mechanical filtration of coarse contaminants

Step 6

Capturing Undissolved Substances in the Zero Crossing Filter

I'm interested in clean water

Filtration

The process of removing impurities from water using filtration equipment to provide clean water for various applications.

  • 2.0Mechanical filtration
  • 2.1Microfiltration
  • 2.2Ultrafiltration
  • 2.3Nanofiltration
  • 2.4Reverse osmosis
2.0

Mechanical filtration

A basic filtration method that uses physical barriers to trap solid particles and impurities in water.

2.1

Microfiltration

A filtration process in which membranes capture particles as small as 0.1 micrometers, often used to remove bacteria.

2.2

Ultrafiltration

An advanced process that uses membranes to remove viruses and macromolecules, with the ability to capture particles as small as 0.01 micrometers.

2.3

Nanofiltration

It is used to remove organic compounds and minerals from water; it has fine membranes that allow only selected ions and molecules to pass through

2.4

Reverse osmosis

The process of purifying water through a semi-permeable membrane removes up to 99% of dissolved salts, impurities, and bacteria.

Disinfection

The removal or destruction of microorganisms in water using chemical or physical methods.

  • 3.0UV disinfection
  • 3.1AOP Disinfection
  • 3.2Ozone Disinfection
3.0

UV disinfection

It uses ultraviolet light to deactivate microorganisms—an effective and gentle method that does not use chemicals.

3.1

AOP Disinfection

An advanced oxidation process that uses a combination of UV light and ozone to remove contaminants and microorganisms.

3.2

Ozone Disinfection

It uses ozone, a powerful oxidizing agent, to eliminate bacteria and viruses in water—an effective and environmentally friendly method.

Container-based solution Capacity up to 500 m³/day

I'm interested in clean water
Product 1

Container-based water treatment is a mobile solution for water treatment in remote or temporary locations. These containerized systems combine filtration and disinfection technologies to provide customized clean water.

Our water treatment system is designed for optimal performance and flexibility to meet a variety of needs

Water purification from unknown sources:

Our containerized version relies on solar panels and gas or gasoline generators, ensuring it can be used anytime and anywhere, regardless of external power sources.

Additional disinfection:

The advantage of our solution is that it requires no additional chlorine disinfection, as final disinfection is provided by ozonation.

Capacity up to 500 m³/day:

Mechanical filtration serves as the first stage of filtration, designed to protect downstream equipment from the ingress of large particles.

Container size

We offer both options, 40-foot (12-meter) and 20-foot (6-meter), so that the system can be tailored to specific requirements.

Service life

With regular maintenance, our system has a service life of up to 15 years. We actively monitor trends and constantly update the system.

It won't work without water

Drinking water, the most important commodity of the future

In today’s world, drinking water is becoming a precious resource that is in short supply in many parts of the world. The drinking water crisis is not limited to remote regions but also affects developed economies, creating market potential for innovative solutions. According to the World Health Organization (WHO), approximately 2 billion people worldwide have limited access to safe drinking water. Globally, more than 700 million people still rely on unsafe water sources, which contributes to the spread of disease and worsens the overall health of the population.

It is estimated that by 2030, more than two-thirds of the world’s population will face drinking water shortages unless effective measures are taken.

20 years of experience

More about the company

WaterTech Innovations focuses on modern technologies for water treatment and filtration, whether for industrial wastewater recycling, drinking water production, or energy recovery. Their equipment has a wide range of applications—smaller models can be used by households for efficient rainwater harvesting, while larger systems serve cities and industrial plants for wastewater treatment and energy recovery from waste. In 2015, the company received awards for its innovative approach, including equipment for producing drinking water from seawater and technologies for space missions, where it is necessary to recycle water resources for long-term stays by astronauts. WaterTech Innovations’ innovative approaches contribute to sustainability and environmental stewardship, earning recognition at international competitions and providing practical solutions to water resource and clean energy challenges.

Michael Carvan

Do you have an idea for a project?
Send me an email

Email info@watertechinnovations.com
Phone +420 775 581 655
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