Areas of Application
Our water treatment systems can be used anywhere in the world.
It doesn't matter whether you have a power connection or not. Whether mobile, a small system for an apartment building or large industrial plants, with us you get a solution that is tailored specifically to your needs.
Hotelanlagen
Hotels
Challenge of water management in hotels:
The hospitality industry faces the challenge of managing large volumes of wastewater, pool water and tap water. Hotels must also regularly test water and air conditioning systems for Legionella to avoid the risk of outbreaks. In addition to the necessary disinfection measures, they must also ensure the right water temperature and circulation. Compliance with regulations and continuous maintenance are crucial to providing guests with clean, safe water.
Tap water purification :
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Save energy costs with the ultrasound method: reliably remove bacteria, viruses such as legionella, hormones and microplastics from your water.
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Give your guests a safe feeling: brush their teeth with tap water, completely risk-free.
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Our systems can be easily integrated into your existing water supply system and are low-maintenance.
Pool cleaning:
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Say goodbye to chlorine smell and burning eyes: Our technology uses natural processes to make your pool water hygienically clean while also being pleasantly soft and gentle on the skin.
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Crystal clear water without cloudiness: Enjoy crystal clear pool water that is free of algae, bacteria and other contaminants.
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Less maintenance: Save time and money on pool maintenance as our system continuously cleans and disinfects your water.
Wastewater treatment:
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Effective removal of pollutants: ensures clean wastewater that meets legal requirements and protects the environment.
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Reduction of operating costs: Saves water, energy and reduces wastewater treatment fees.
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Sustainable solution: conserves resources and contributes to environmental protection.
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Odor neutralization: Eliminates unpleasant odors from the sewage system.
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Compact and modular design: Adapts to different system sizes and room situations.
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Easy operation and maintenance: Low maintenance requirements and high operational reliability.
Advantages of our water purification technology for hotels:
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Effective and resource-saving cleaning of wastewater, pools and tap water
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Improved water quality and hygiene
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Reduction of operating costs and environmental impact
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improving image and guest satisfaction
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Sustainable and future-oriented solution for the hotel industry
Rivers & lakes
Rivers & Lakes
The threat to our waterways:
Rivers and lakes are the lifeblood of our planet. However, human activities such as agriculture, industry and settlements are increasingly polluting them with pollutants. This pollution threatens the sensitive ecosystems of the waters and endangers the health of humans and animals.
Our solution: Mobile water purification for clean water anywhere
With our innovative mobile water purification system, we offer an effective and flexible solution for the decontamination of rivers and lakes. Our technology enables large quantities of water to be purified directly on site, independent of permanently installed systems.
How it works:
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Easy installation: Our mobile system is installed at a suitable location on the bank of the river or lake.
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Water extraction: The polluted water is extracted from the body of water using pumps.
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Effective cleaning: The water goes through several cleaning stages that remove pollutants such as:
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Organic contaminants: oils, fats, hydrocarbons
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Heavy metals: lead, mercury, cadmium, chromium
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phosphates and nitrates
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microplastics
reliably remove.
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Return of clean water: The purified and pollutant-free water is returned to the river or lake.
Advantages of our mobile water purification system:
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Fast and flexible deployment options: The system can be used anywhere with contaminated water.
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Effective pollutant removal: Our technology cleans the water reliably and sustainably.
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Environmentally friendly solution: The use of chemicals is avoided.
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Modular design: The system can be adapted to the size and degree of pollution of the water body.
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Robust construction: The system is designed for outdoor use and requires little maintenance.
Application areas:
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Water purification after environmental disasters: oil spills, industrial crashes
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Decontamination of heavily polluted rivers and lakes
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emergency care in crisis areas
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Long-term improvement of water quality in polluted waters
Crisis and war zones
Crisis and War Zones
In crisis areas such as refugee camps and war zones, access to clean drinking water is often problematic. Even more problematic is the risk of epidemics posed by sewage in crowds of people.
Mobile water treatment solutions can make a decisive contribution to saving lives and improving people’s health.
Advantages:
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Access to clean drinking water: Mobile water purification plants can be set up and put into operation in a short time to give people access to clean drinking water. This can prevent life-threatening diseases such as diarrhea and cholera.
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Mobility: Mobile water purification systems are compact and easy to transport, so they can be taken anywhere.
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The risk of epidemics from untreated wastewater is particularly high. Wastewater contaminated with pathogens such as cholera, typhoid or hepatitis A poses a significant threat. In overcrowded camps with inadequate sanitation, these pathogens spread quickly, which can lead to large-scale epidemics.
Mobile water purification solutions are an important part of humanitarian aid. They can save lives, improve people's health and improve living conditions in crisis areas.
Our mobile water purification system offers:
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The system can be set up and put into operation in just a few minutes.
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Our process reliably removes all pollutants and pathogens, even from wastewater.
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The system is robust, durable and low-maintenance.
Disaster protection
Disaster Protection
Natural disasters such as floods, earthquakes and hurricanes can destroy infrastructure and threaten access to clean drinking water. In these situations, the rapid deployment of mobile water purification solutions is critical to saving lives and protecting people's health.
Our mobile water purification system offers fast and reliable help in times of emergency:
Immediate availability of clean drinking water:
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Mobile water purification systems can be brought to any location quickly and flexibly.
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The supply of clean drinking water can be ensured even in remote and difficult to access areas.
Effective pollutant removal:
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Our water treatment reliably removes microorganisms, pathogens and contaminants from the water, regardless of the water source.
Easy to use:
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The mobile water purification system is easy to operate and requires little maintenance. It can be used by emergency services without any prior technical knowledge.
By providing clean drinking water and purifying wastewater, our mobile facility helps to alleviate the consequences of natural disasters and improve the living conditions of those affected as quickly as possible.
Prevents the development of diseases and epidemics by effectively removing pollutants and pathogens in manure and wastewater before they enter the environment.
Mobile water purification: An indispensable tool in disaster relief
Beverages
Beverage Bottlers
We offer beverage manufacturers water treatment systems tailored to the needs of each business. Our systems combine innovative technologies to ensure efficient and reliable removal of contaminants and impurities from water.
Main applications of our water treatment systems:
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Removal of suspended solids, iron, manganese and other contaminants from well or surface water.
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elimination of microorganisms, bacteria and viruses
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Removal of hormones, drug residues, microplastics
Advantages of our water treatment systems:
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Lower operating costs: Saves water, energy and chemicals.
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Sustainable solution: Reduces energy consumption and the environmental impact of beverage production.
Our innovative water treatment systems are the ideal solution for beverage manufacturers who have the highest standards, e.g. to eliminate microplastics, and want to produce more environmentally friendly products.
Hospitals
Hospitals
Hospitals have special requirements for water supply and wastewater treatment. High hygiene standards, sensitive medical areas and environmental protection are key aspects that must be taken into account when treating water.
Wastewater treatment
Hospital wastewater contains a variety of pollutants, including:
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Drug residues: antibiotics, hormones, painkillers and other medicines that are not completely broken down and excreted by the body.
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Disinfectants and cleaning agents: Chemicals used to sterilize and disinfect medical devices and surfaces.
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X-ray contrast agents: substances used in imaging examinations.
These pollutants can enter the environment through the sewage system and, among other things, lead to the development of resistance in pathogens.
Our solution: Comprehensive water treatment - Our system is also designed to remove drug residues, hormones and other pollutants from hospital wastewater:
water supply
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High-quality drinking water: removal of pollutants from tap water
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Removal of microorganisms, drug residues, microplastics and viruses through filtration and disinfection.
Advantages of our water treatment systems for hospitals:
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Highest water quality in all areas of the hospital
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Improved patient safety through minimized risk of infection
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Protection of medical devices and instruments
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Increased efficiency and reliability of water supply
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Reduced operating costs and environmental impact
Additional benefits for hospitals:
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improving image and patient satisfaction
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Increasing trust in the hospital's hygiene measures
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strengthening competitiveness
Agriculture
Agriculture
In agriculture, water problems such as microplastics, drug residues, excess nutrients, pesticides, water scarcity and bacterial contamination can affect water quality. These contaminants endanger plants, animals and the environment, affect crops and reduce livestock health. In addition, inefficient water management leads to water shortages and further pressure on agriculture.
High-frequency ultrasound for efficient and sustainable irrigation
Ultrasound removes pollutants such as microplastics, drug residues and bacteria from industrial water by creating cavitation bubbles that break chemical bonds and destroy contaminants. This process also makes wastewater usable again without chemical additives and supports sustainable water management in agriculture.
Application areas:
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Use of grey and black water: Saving water by using treated wastewater.
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Livestock watering & irrigation systems: Removal of bacteria, viruses, drug residues and hormones from irrigation systems to protect the health of plants and animals.
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Treatment of manure and agricultural wastewater by effectively cleaning them so that they can either be safely reused for irrigation or safely discharged into the environment.
Through efficient water use, increased yields, improved soil quality and environmental protection, it contributes to sustainable and resource-saving agriculture.
Residential areas
Residential Areas
The water quality in residential areas can be affected by various factors. Pipes and lines can contain contaminants, waste materials from the construction process can get into the water. There are also a large number of other pollutants, medical residues, hormones, viruses, microplastics, and much more. All of this is not thoroughly removed by the sewage treatment plants.
High-frequency ultrasound for clean and healthy water
We offer innovative ultrasonic water treatment systems that have been specifically developed for the requirements of new buildings. The ultrasound removes pollutants and contaminants that can cause health problems.
How ultrasonic water treatment works:
At the heart of the water treatment is the ultrasonic reactor, which forms the heart of the system. Ultrasound eliminates bacteria, viruses, drug residues, hormones and microplastics in the water by generating cavitation bubbles.
Cavitation bubbles are formed when high-frequency sound waves in the water cause rapid pressure fluctuations. When the bubbles collapse, extreme temperatures of up to 5,000 °C and pressures of several hundred bar are created locally, which can mechanically destroy microorganisms and break chemical bonds in pollutants. At the same time, reactive oxygen species (such as hydroxyl radicals) are formed, which oxidize organic pollutants and render them harmless. Microplastics can be converted into carbon through these processes and removed through physical effects.
This process is efficient, sustainable and requires no chemical additives.
Benefits of water treatment in residential units:
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Improved taste: Limescale and other impurities can affect the taste of the water. The ultrasound ensures fresh and delicious drinking water.
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Protection of household appliances: Limescale deposits can damage washing machines, dishwashers and other household appliances. Ultrasound prevents the formation of limescale deposits and extends the life of your appliances.
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Less maintenance: By removing limescale and other contaminants from the water, you will have to maintain your water pipes and filters less often.
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Sustainability: The ultrasonic process is chemical-free and energy efficient, minimizing environmental impact.
Ultrasonic water treatment offers an innovative and future-oriented technology for new buildings. By reliably removing pollutants, improving water quality, protecting household appliances and being sustainable, it contributes to a healthy, comfortable and environmentally friendly home.
Reservoir
Reservoir
Reservoirs are important facilities for water supply, irrigation and flood protection. However, various factors such as algae growth, the entry of pollutants and contamination from the environment can seriously affect the water quality in reservoirs.
High-frequency ultrasound, UV disinfection and ozone technology for comprehensive water treatment
We offer innovative water treatment systems that have been specifically developed for the requirements of storage basins. Our technology combines the advantages of high-frequency ultrasound, UV disinfection and ozone technology to ensure comprehensive and efficient water purification.
How ultrasonic water treatment works:
At the heart of the water treatment is the ultrasonic reactor, which forms the heart of the system. Ultrasound eliminates bacteria, viruses, drug residues, hormones and microplastics in the water by generating cavitation bubbles.
Cavitation bubbles are created when high-frequency sound waves in the water cause rapid pressure fluctuations. When the bubbles collapse, extreme local temperatures of up to 5,000 °C and pressures of several hundred bar are created, which can mechanically destroy microorganisms and break chemical bonds in pollutants. At the same time, reactive oxygen species (such as hydroxyl radicals) are formed, which oxidize organic pollutants and render them harmless. Microplastics can be converted into carbon through these processes and removed through physical effects.
This process is efficient, sustainable and requires no chemical additives.
Advantages of combined water treatment in storage basins:
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Efficient removal of algae, bacteria, viruses and pollutants: The combination of ultrasound, UV disinfection and ozone technology enables efficient and comprehensive removal of all relevant contaminants from the water.
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Improved water quality: By removing contaminants and inactivating pathogens, the water quality in storage basins is significantly improved.
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Prevention of odor and taste impairments: Ozone breaks down organic compounds that can cause odor and taste impairments in the water.
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Environmentally friendly technology: The combined water treatment is chemical-free and energy efficient, which minimizes environmental impact.
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Reliable protection of water resources: Efficient purification of water in storage basins reduces water loss due to algae growth and evaporation.
The combined water treatment with ultrasound, UV disinfection and ozone technology offers an innovative and future-oriented solution for the purification of water in storage basins. By efficiently removing contaminants, improving water quality, protecting water resources and being environmentally friendly, it contributes to a sustainable and safe water supply.
Industrial wastewater
Industrial Wastewater
Industrial wastewater treatment is a complex challenge. Wastewater from various industries often contains a variety of pollutants, such as:
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Organic contaminants: oils, fats, hydrocarbons, chemicals
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Heavy metals: lead, mercury, cadmium, chromium
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Salts and nutrients: nitrates, phosphates
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microplastics
These pollutants can harm the environment, endanger public health and result in high disposal costs.
How ultrasonic cavitation works:
At the heart of the water treatment is the ultrasonic reactor, which forms the heart of the system. Ultrasound eliminates bacteria, viruses, drug residues, hormones and microplastics in the water by generating cavitation bubbles.
Cavitation bubbles are formed when high-frequency sound waves in the water cause rapid pressure fluctuations. When the bubbles collapse, extreme temperatures of up to 5,000 °C and pressures of several hundred bar are created locally, which can mechanically destroy microorganisms and break chemical bonds in pollutants. At the same time, reactive oxygen species (such as hydroxyl radicals) are formed, which oxidize organic pollutants and render them harmless. Microplastics can be converted into carbon through these processes and removed through physical effects.
This process is efficient, sustainable and requires no chemical additives.
Advantages of ultrasonic wastewater treatment:
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Effective removal of a wide range of pollutants
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High energy efficiency and low power consumption
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Environmentally friendly process without the use of chemicals
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reduction of sludge quantities
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Improving the biodegradability of wastewater
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Modular design and easy adaptation to different types of wastewater
Application areas:
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Chemical industry: Purification of wastewater from the production of chemicals, paints, varnishes and adhesives
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Food industry: purification of wastewater from food processing, beverage production and animal husbandry
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Textile industry: purification of wastewater from textile dyeing and finishing
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Pharmaceutical industry: Purification of wastewater from drug production
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Electroplating industry: purification of wastewater from metalworking and surface treatment
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Oil and gas industry: purification of wastewater from oil and gas production and processing