Water Monitoring Applications on Environmental XPRT

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Water monitoring technology for nutrient monitoring

Continuous monitoring of nutrient levels provides crucial information about daily, seasonal and event based changes in water quality conditions, and can be a strong indicator on the overall health of the water body. In recent years, monitoring of nutrients has grown in importance as it has come to the forefront in regulatory compliance of water quality in many regions.

By The OTT Hydromet Group based in Loveland,, COLORADO (USA).

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Deionized Water Testing

Years ago, high purity water was used only in limited applications. Today, deionized (Dl) water has become an essential ingredient in hundreds of applications including: medical, laboratory, pharmaceutical, cosmetics, electronics manufacturing, food processing, plating, countless industrial processes, and even the final rinse at the local car wash.

By Myron L Company based in Carlsbad, CALIFORNIA (USA).

Environmental Water Analysis

Now for the first time you can measure ion levels in drinking / tap water, rivers and lakes using one probe and one set of calibration solutions. We have probes specially tailored for environmental testing. Our Environmental probes measure Chloride, Ammonium and Nitrogen or we have a total nitrogen probe measuring Ammonium and Nitrogen. Each probe can be calibrated in our unique calibration solutions allowing you to calibrate all sensors simultaneously and take measurements in drinking or river water. Probes are also available in our standard four or six ion combinations and can be custom packaged upon request.

By CleanGrow based in Blackpool, IRELAND.

Oil in Water Monitoring

Detection of hydrocarbons within both water sources and effluent intake to Waste Water Treatment Works is an increasing requirement. The UviLux Hydrocarbon fluorometer detects hydrocarbons in water at very low concentrations. This in-situ fluorometer provides a rugged sensor which can be deployed in a wide variety of configurations. The UviLux is part of the Lux range of CTG fluorometers, and can be provided with a number of options with regard to signal protocols, and has available accessories to enable in-flow monitoring as well as inclusion within portable systems for taking measurements in the field.

By Chelsea Technologies Group based in West Molesey, UNITED KINGDOM.

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Monitoring of raw water intake

The Situation:

Hydrocarbons in municipal water supplies, including fresh water and desalination systems, are commonly limited to less than 1 part per million. Surface water from rivers, lakes, or the sea with marine traffic, nearby pipelines, or regular flooding can be contaminated by hydrocarbons. Freshwater treatment systems can be damaged by hydrocarbons or allow them to pass through undetected. Desalination systems using reverse osmosis (RO) membranes can be irreversibly damaged by the presence of hydrocarbons. Continuous monitoring of water source intakes can prevent system contamination and subsequent damage. Accurate, low maintenance monitoring systems such as the TD-4100 XD and XDC have been protecting water intakes worldwide for over 20 years.

By Turner Designs Hydrocarbon Instruments, Inc. based in Fresno, CALIFORNIA (USA).

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Water Quality Monitoring

By Stevens Water Monitoring Systems, Inc. based in Portland, OREGON (USA).

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Water quality monitoring for desalination

By Hoskin Scientific Limited based in Burnaby, BRITISH COLUMBIA (CANADA).

Turbidity Monitoring

The monitoring of Turbidity is key requirement of the water industry in both water supply and water recovery systems. Within the water supply process, monitoring of turbidity allows operators to assess the efficiency of filters for particulate removal through the process. Similarly, with water recovery (Waste Water Treatment Works), the measurement of turbidity is a key parameter to track the removal of particulate through the process. CTG can provide turbidity measurements with the UniLux sensor, or provides turbidity as one of the parameters available within the 3 channel TriLux. For applications requiring turbidity measurements compliant to ISO07027:1999, CTG can offer the TurbiLux Nephelometer.

By Chelsea Technologies Group based in West Molesey, UNITED KINGDOM.

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Water Level Monitoring

By Stevens Water Monitoring Systems, Inc. based in Portland, OREGON (USA).

Environmental contaminants monitoring in raw water

By Modern Water - Monitoring Division based in Cambridge, UNITED KINGDOM.

Water monitoring for laboratories

By Applied Spectrometry Associates (ASA Analytics) based in Waukesha, WISCONSIN (USA).

Laser detection solutions for water-quality monitoring

The technology of Spectral Fluorescence Signatures (SFS) is a very sensitive and selective tool to monitor many industrial processes on site and in real-time. The SFS analyzer series – SFS-Scanner and Instant Screener spectrofluorometers - are capable of detecting target substances even in complex mixtures without any pre-treatment of the samples.

By Laser Diagnostic Instruments AS based in Tallinn, ESTONIA.

Industrial solutions for water monitoring

Water monitoring involves many different activitites, from ensuring the quality of surface or underground water, both for human beings and animal life, to the monitoring of a country’s water infrastructure. Wireless sensor networks are becoming increasingly popular in this area and ADVANTICSYS has already explored its use for many novel applications.

By Advantic Sistemas y Servicios S.L based in Alcobendas, SPAIN.

Drinking water solutions for the nitrate monitoring

Problem: Nitrate, the most stable form of nitrogen in water, is found in both ground and surface water and originates from both natural and anthropogenic sources. Due to its high solubility in water, nitrate is not filtered out from groundwater like other contaminants. Removing nitrates from source water is important as elevated levels in drinking water can cause serious health effects when ingested.

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

Toxicity monitoring in marine water

By Modern Water - Monitoring Division based in Cambridge, UNITED KINGDOM.

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Monitoring of phenol in water

The Situation

A plant located in the eastern United States manufactures phenolic resin for applications in plastics molding. This plant uses well water for cooling its reaction process and then discharges the water into a local creek.

By Turner Designs Hydrocarbon Instruments, Inc. based in Fresno, CALIFORNIA (USA).

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Surface water quality monitoring

By HORIBA Europe GmbH based in Leichlingen, GERMANY.

Water level measurement for water consulting

By Pulsar Process Measurement Ltd based in Worcestershire, UNITED KINGDOM.

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Water monitoring technology for surface water

Measuring water quantity and quality in surface water (open channels, rivers, reservoirs, lakes, and estuaries) is one of the foundations of hydrological monitoring and has been a focus of OTT Hydromet since its first water current meters were designed in 1875.

By The OTT Hydromet Group based in Loveland,, COLORADO (USA).

Industrial solutions for ultrapure water monitoring

Problem: Trace contamination in ultrapure water (UPW) can have detrimental effects on a manufacturing process in Semiconductor, Power Generation and Pharmaceutical industries. Onsite treatment is conducted to further remove trace impurities from source water.

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

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