Drinking Water Applications | Environmental XPRT

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Drinking water treatment

Drinking water can be produced from any natural sources like groundwater, lakes and rivers (surface waters) or seawater. Drinking water standards are set by the World Health organisation or by the European Union. Drinking water must be free of suspended solids, microorganisms and toxic chemicals. Mineral concentration recommendation vary from country to country but most of the minerals have a maximum concentration recommended to ensure safe, equilibrated and pleasant water to drink.

By Lenntech Water Treatment based in Delft, NETHERLANDS.

Drinking water testing

Water is essential for life. It is part of the environment, being used in industrial processes and available as tap water. To secure the safety of water that is daily available, the amount of necessary microbiology tests to comply with regulatory requirements are increasing and are heavily relying on quick and accurate answers to confirm the identities of a broad selection of important micro-organisms.

By Bruker Corporation based in Billerica, MASSACHUSETTS (USA).

Drinking Water

Ensuring safe drinking water is a complicated and resource intensive process involving stringent state and federal requirements. Failures in the system are not only costly but can pose serious threats to public health. Pumping tests provide needed data to ensure proper flow and aquifer levels. With DriveConnect technology in place it is possible to significantly minimize expensive lift station drawdown testing.

Drive‑Chat enabled solutions can reduce costs with automated alerts and remote anywhere anytime access.

With Drive‑Chat you can:

Monitor every pump in the system
Efficiently control pumps
Check well health
Receive real-time alerts before major failures occur
Customize alerts per specified conditions

By DriveConnect based in Brandon, FLORIDA (USA).

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Chemical Water Treatment for drinking water

Kurita specifically developed product ranges for drinking water treatment, in order to avoid any kind of problem that might occur with the preparation, transport or use of drinking water. Our technologies can be used for all kinds of conditions, from municipal water suppliers to private buildings (e.g. hotels, universities, hospitals and private homes).

By Kurita based in Tokyo, JAPAN.

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Water Treatment for Drinking Water

There are many different drinking water applications that are appropriate for AdEdge Technologies’ solutions. Small community water providers, both private and public, have found the AdEdge modular or packaged units to be the correct answer to a variety of contaminant issues. Our systems also provide safe drinking water for dairy farms and other agricultural applications. Individual residences use POU (point-of-use) and POE (point-of-entry) systems to ensure the quality of their water.

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

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Water Storage for Drinking Water Plants

Superior Tank Co., Inc. manufacturers bolted and welded steel storage tanks for potable water applications. Superior Tank Co., Inc. builds water storage tanks to meet AWWA and NSF 61 Standards. Our bolted steel water storage tanks are manufactured to be installed in 1/3 the time as other storage tanks, are easy to maintain, service and repair.

By Superior Tank Co., Inc. based in Rancho Cucamonga, CALIFORNIA (USA).

Water storage for drinking water plants

By ENDURAMAXX based in BASTON, UNITED KINGDOM.

Drinking water solutions for the Smart water networks

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

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

Water oxidation for private an public drinking water

Carus permanganates have been used in private and public drinking water applications for more than 40 years. Municipal drinking water plants use CAIROX® and AQUOX® potassium permanganates, and CARUSOL® liquid permanganate in both ground water (well) and surface water for Pretreatment, Pre-oxidation and Organics Removal. Today, municipal water providers face increased challenges as more stringent regulations are enacted and public awareness regarding water quality becomes heightened.

By Carus Corporation based in Peru, ILLINOIS (USA).

Potable water storage for the drinking water industry

By United Industries Group, Inc. based in Lake Forest, CALIFORNIA (USA).

Water Treatment for Drinking Water

By Canamidex International Corp. based in Richmond Hill, ONTARIO (CANADA).

Water Disinfection for Drinking Water

Superior Water Quality. Minimal Operating Costs. No Chemical Additives. The water treatment and water distribution up to the delivery point in the house is the responsibility of the water supplier. The owner of the real estate is responsible for sustaining the drinking water quality within the premise. REDO offers in the areas of drinking water supply solutions for the water supplier and solutions for the operators of commercial real estate. The main advantage of water disinfection from REDO: The REDO disinfectant solution in the drinking water is absolutely odourless and tasteless.

By REDO Water Systems GmbH based in Groß-Zimmern, GERMANY.

Potable Water Storage for the Drinking Water Industry

By GLS Tanks International GmbH based in Heidenreichstein, AUSTRIA.

Water Treatment for Municipal Drinking Water

Municipalities use TIGG’s water treatment equipment all across the United States. Our experts work with consulting firms, engineers and local water authorities to design and manufacture integrated adsorption systems for the removal of drinking water contaminates such as metals, organics and solids through the use of granular activated carbon, sand, multi-media, and resins.

By TIGG, LLC based in Oakdale, PENNSYLVANIA (USA).

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Analysis of Herbicides in Drinking Water

Herbicides are used throughout the world to combat the growth of unwanted plant life. These polar compounds are hydrophilic, so they may find their way into drinking water sources. While gas chromatography has historically been the preferred technique for analysis of herbicides in water samples, the use of LC-MS/MS for this application is gaining acceptance. This is due to the power of MS/MS to provide detailed identification of multiple analytes, but also in part due to the variety of HPLC stationary phases that are available. In particular, several HPLC phases are available that provide great retention and peak shapes for polar analytes, such as herbicides, even under mostly aqueous mobile phase conditions. The combination of these factors may possibly eliminate need for time-consuming sample preparation.

By Merck KGaA, Darmstadt, Germany based in Darmstadt, GERMANY.

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Wastewater treatment management for drinking water industry

Water scarcity, aging infrastructure and increasingly stringent environmental regulations regarding disinfection byproducts and emerging contaminants are challenges facing municipalities around the world. Large cities, small cities, communities and water utility operators globally are seeking advanced, innovative and efficient drinking water treatment solutions. These solutions will assist them to meet the needs of an expanding population in a cost effective and sustainable manner while achieving increasingly tighter regulatory compliance.

By Genesis Water Technologies, Inc. based in Maitland, FLORIDA (USA).

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Bromate analysis for the drinking water industry

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.

By Metrohm AG based in Herisau, SWITZERLAND.

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Ultraviolet disinfection systems for the drinking water inspectorate

With atg UV systems treating in excess of 2500 m3/hr daily, Ultraviolet disinfection is no longer an ‘emerging` technology. A number of Water Treatment Works across the world are now investing heavily in Ultraviolet technology as the threat of chlorine resistant parasites, such as Cryptosporidium and Giardia, continue to pose a serious risk to water companies and their customers. To this end, in the UK, the DWI have issued their guidelines for UV operation and system selection to the UK water industry. A key feature of their guidance is UV system validation. Validation refers to a series of 3rd party testing to ensure the performance of an Ultraviolet system design under a range of operating environments.

By atg UV Technology based in Wigan, UNITED KINGDOM.

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Online monitoring solutions for the drinking water industries

AppliTek manufactures wet-chemical analyzers specifically designed for measuring on a continuous base the quality indices of drinking water, from raw water intake up to distribution level. Our systems have a small footprint, reduced reagent consumption and show excellent levels of detection in compliance with modern standards. On top of that, the delivery of safe water throughout the water cycle will raise the need for efficient monitoring systems detecting in real-time contaminations. `Broadband toxicity`, a non-specific parameter defined by AppliTek, is a prodigiously new and clean technology for safeguarding drinking water.

By AppliTek NV based in Nazareth, BELGIUM.

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Filtration solutions for drinking water treatment industry

Filtralite is suitable for use in a lot of different potable water treatment processes, such as: Biological treatment, Physical filtration, Pre-treatment for desalination.

By Filtralite - Leca Norge As based in Alnabru, NORWAY.

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