Drinking Water Treatment Applications

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  • Category: Water & Wastewater ×

  • Subcategory: Drinking Water Treatment ×

LifeFilta R20 Container & LifeFilta TapFilta for disaster relief

by LifeFilta     based in Tongeren, BELGIUM

In any disaster relief operation, the biggest problem faced by aid agencies is the logistics and cost involved to deliver safe drinking water to the victims. We have seen plane loads of bottled water being transported to the site of the disaster, hundreds of people are hauled up to unload the cargo and finally each family gets a carton of bottled water, which may last a maximum of 3 days. Compare this with our LifeFilta straw or bottle which can last for a few years. With our LifeFilta R20 container, a family can have clean water for up to 5 - 10 years. The money and time saved by aid agencies can be diverted to other forms of aid such as food and medical supplies.

Ozone generators for swimming pools & spas application

by Absolute Systems Inc.     based in Edmonton, ALBERTA (CANADA)

Ozone is a very effective alternative to chlorine and other chemicals as a disinfection agent in swimming pools. Ozone can safely prevent the formation of chlorine byproducts, such as chloramines and trihalomethanes which are potentially carcinogenic.

Pure drinking water solutions for dental offices

by Pure & Secure, LLC.     based in Lincoln, NEBRASKA (USA)

Pure Water premium water distillers allow dentists to take control of their own supply of distilled water so they can ensure patient safety and protect their expensive dental equipment. Distilled water is water that has been boiled, sterilized and purified. Distilled water is an important key in preventing bacteria and biofilm build up in your water lines so you can provide a safe water supply for your patients. Pure distilled water also allows for optimum operation, reduced maintenance and increased lifespan for your autoclaves.

Pure drinking water solutions for day care & preschools

by Pure & Secure, LLC.     based in Lincoln, NEBRASKA (USA)

CHILDREN ARE ESPECIALLY SENSITIVE TO TOXINS IN WATER. Children are much more sensitive to chemicals in the water supply than adults. A child’s brain continues to grow after birth, and this development process is very sensitive to chemical interference. Research now suggests that a single small dose of a chemical on a critical day of development can cause permanent learning disorders*. Now you can show parents that your preschool is the market leader in protecting their children from toxins that could be present in your tap water. Our premium water distillers allow you to provide your children with fresh, distilled water, the safest drinking and cooking water available.

Reverse Osmosis Water Testing

by Myron L Company     based in Carlsbad, CALIFORNIA (USA)

Osmosis is the phenomenon of lower dissolved solids in water passing through a semi-permeable membrane into higher dissolved solids water until a near equilibrium is reached. Reverse Osmosis (RO) is a membrane process of purification which removes most of the the total dissolved solids (TDS) in water by reversing the natural process of osmosis. Pressure is applied to a TDS-concentrated solution against a semi-permeable membrane, causing pure water to diffuse through the membrane. RO has become an important process for a wide variety of applications including: medical, laboratory, desalination, industrial wastewater, Deionized (Dl) pretreatment, and drinking water.

Water quality monitoring for municipal drinking water industry

by Real Tech Inc.     based in Whitby, ONTARIO (CANADA)

Real Tech offers solutions that can provide substantial benefits to drinking water treatment plants. Continuous online monitoring can ensure water quality standards are met without the need for chemical overdosing while maintaining high confidence in the safety of the treated water. Significant cost savings can be achieved by optimizing coagulant dosage, reduced sludge production and reduced energy requirements.

Drinking water solutions for the DBP formation potential

by Real Tech Inc.     based in Whitby, ONTARIO (CANADA)

Problem: Drinking water plants that use chlorine for disinfection must ensure organic matter is removed before chlorination to limit the formation of harmful disinfection by-products (DBPs), most commonly Trihalomethanes (THMs) and Haloacetic acids (HAA5).

Drinking water solutions for the Smart water networks

by Real Tech Inc.     based in Whitby, ONTARIO (CANADA)

Problem: Accidental or intentional contamination of a distribution system can occur without warning, compromising the quality of drinking water.

Drinking water solutions for the coagulation optimization

by Real Tech Inc.     based in Whitby, ONTARIO (CANADA)

Problem: Drinking water plants that use surface water or ground water under the influence of surface water are susceptible to high levels of organic matter in the raw water. Reduction of organic matter through coagulation/sedimentation and filtration is important to lower the potential for disinfection by-product formation (DBP) and limit operational problems. In addition, organics in water consume the polymers used for the coagulation process, which reduces the efficiency of the treatment. Therefore, optimization of the polymer dosing heavily depends on the concentration of organics.

Pollutant Decontamination for the Wastewater Treatment Industry

by NANO IRON s.r.o.     based in Rajhrad, CZECH REPUBLIC

All described properties of Fe(0) nanoparticles can be even used for decomposition of pollutants contained in the waste water, mainly for treatment of industrial sewage and hutch water. The usage of nanoiron can represent a significant qualitative step in the classical technologies of water treatment including drinking water. The extremely reactive iron nanoparticles thus offer a possibility to solve long-lasting problems with a high content of uranium and arsenic in a variety of localities in the Central Europe. They can be also used for a reduction of the content of heavy metals, nitrates and phosphates in the drinking water. Just these inorganic pollutants, which are hardly or expensively removed by standard technologies, are effectively removed by Fe(0) nanoparticles. 

Bromate analysis for the drinking water industry

by Metrohm AG     based in Herisau, SWITZERLAND

Bromate forms during the ozonization of drinking water. Several international standards stipulate detection limits and test methods. Conductivity detection with chemical suppression allows the determination of bromate in the lower μg/L range. In the ng/L range, bromate can be detected by IC/MS coupling or post-column derivatization with potassium iodide and subsequent UV detection.

Online water analysers for service water industry

by LAR Process Analysers AG     based in Berlin, GERMANY

Service water is water that must not have drinking water quality. It is mainly used in resource-intensive industries. Depending on the application, such as the commercial, industrial, agricultural or domestic use, the water must be treated according to the requirements.

Monitoring of Algae in Drinking Water

by Chelsea Technologies Group     based in West Molesey, UNITED KINGDOM

The UniLux in-situ fluorometer can be configured to detect a number of key parameters that are of importance to the Water Supply Industry. Primarily, the detection of Chlorophyll a in stored water systems, such as reservoirs, assists in the planning and informs decisions on water abstraction in relation to natural algae blooms that regularly occur throughout the year. As well as Chlorophyll a, these in-situ fluorometers can detect cyanobacterias, such as Phycocyanin and Phycoerythrin, which are often associated with algae groups of a toxic nature. Knowledge of concentrations of algae within the water can assist in determining the loading into water processing plants.

These in-situ fluorometers are available as single parameter sensors (UniLux), or 3 channel sensors (TriLux).The CTG FastFlow fast repetition rate fluorometer provides information on the physiological state of algae it monitors. As well as providing detailed information on the growth rate of the algae (which can indicate the occurrence of a future algae bloom), it can immediately inform and alarm on toxins that have accidentally or deliberately been introduced into the water systems, as with the FastGuard system. The FastFlow differs from the FastGuard system in that it logs and displays detailed information on the state of the algae monitored for operational requirements.

LifeFilta R20 Container & LifeFilta TapFilta for rural areas

by LifeFilta     based in BELGIUM

Many villages have no access to clean drinking water. Many still depend on wells, rivers and streams as their source of drinking water. To give water is to give life. Clean water can cut a community’s child mortality rate in half. It gives parents a powerful way to improve the health, hygiene, and the well-being of their children. The R20 Jerry Can would also be suitable for workers living in remote areas to obtain safe drinking water. The R20 can be filled with water from any source; river, lake, pond or stream and instantly provide clean and safe water. A family of five can use the R20 container for more than 5 years (assuming each person consume 2 liters of water per day). No replacement parts would be required.

Wastewater Treatment

by AnoxKaldnes AB - a Veolia Water Company     based in Lund, SWEDEN

AnoxKaldnes responds to the diverse water treatment needs of municipalities around the world with market-leading technologies and processes. Recognized as a world leader in environmental treatment, AnoxKaldnes operates as a supplier of technology and equipment for wastewater and drinking water treatment. Our process know-how has been acquired through years of extensive research and development. AnoxKaldnes`s fundamental philosophy is to offer specific solutions that optimize energy and cost factors. We are changing the look, performance, and reputation of Water and Wastewater Treatment Plants worldwide. For more than 25 years, AnoxKaldnes has designed and developed a wide variety of technologies to protect our most precious resources.

Water Monitoring and Flow Measurement Systems for Water Supply

by HydroVision GmbH     based in Kaufbeuren, GERMANY

Although there is enough water on earth, its uneven distribution, the rising population and our carelessness drinking water starts to get short. In the future more and more pipelines for drinking water will be built all over the globe. In order to operate huge and complex pipe networks efficiently, water flow measurement and flow monitoring will become necessary. The increasing efficiency of ultrasonic flow meters will make such calculations more and more effective.

Drinking water analysis for municipalities

by GE Analytical Instruments     based in Boulder, COLORADO (USA)

GE Analytical Instruments offers several Sievers TOC Analyzer models designed specifically to simplify monitoring of drinking water treatment plants. Always knowing the TOC levels throughout a water treatment plant, and improving TOC reduction, can help a plant not only control DBPs, but also implement efficient and potentially cost saving treatment processes.

Water Treatment Solutions for Uranium Removal

by Adedge Water Technologies, LLC     based in Buford, GEORGIA (US) (USA)

AdEdge provides treatment systems for for Uranium removal using AD92 an anion exchange media that is ideal for use in potable water as well as non-potable and environmental remediation applications for removal of naturally occurring uranium. The high efficiency AD92 can selectively remove the negatively charged uranium anion (most often in the form of uranyl carbonate) to below the existing EPA MCL of 30 ug/L. The AdEdge AD92 systems can deliver the needed performance in two ways: (1) via regeneration type systems which use the media to remove the uranium with periodic regeneration using NaCl brine; or (2) as a “throw away” discardable media, which can be discarded when spent. This option maximizes the very high capacity of the AD92. Where on-site regeneration is not available, this disposal option is the preferred option. Disposal options will vary based on federal, state, and local regulations.

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