runoff monitoring Equipment

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Tipping Bucket Rain Gauge

by Casella     based in Kempston, UNITED KINGDOM

The Casella TBRG is reliable and extremely robust, designed as a stand-alone sensor for operation with a secondary  logging system. The TBRG is quick and easy to deploy with the minimum of maintenance.

Chelsea Technology - UV AquaTracka Fluorometer

by Fastwave     based in Subiaco, AUSTRALIA

The UV AquaTracka is a submersible fluorometer to monitor the concentration of refined hydrocarbons (360nm) or crude hydrocarbons (440nm) in a wide range of oceanographic applications. In support of this, it has been designed to be deployed from gliders, undulating vehicles, moored or profiling systems. The instrument is rated to 6000m and has an ...

Chelsea Technologies - UviLux Fluorometer

by Fastwave     based in Subiaco, AUSTRALIA

The UviLux is a family of sensitive, low cost, digital in-situ UV fluorometers designed for real-time monitoring of concentrations of refined amp; crude hydrocarbons, Coloured Dissolved Organic Matter (CDOM) and Tryptophan, a surrogate marker for Biological Oxygen Demand (BOD), optical brighteners and bacterial contamination in waste, recycled and ...

UviLux - Bathing Water Quality Monitoring

by Chelsea Technologies Group     based in West Molesey, UNITED KINGDOM

Chelsea Technologies Group has addressed the challenge of monitoring of effluents in surface waters with the low cost UviLux Tryptophan Fluorometer. The UviLux Tryptophan Fluorometer enables in-situ, real-time, monitoring of bacteria within natural water systems. The principle behind the measurement is the excitation of Tryptophan-like UV ...

Ocean Gliders

by Fastwave     based in Subiaco, AUSTRALIA

A New Paradigm in Marine Data Acquisition. Ocean gliders provide dynamic, high density data sampling from the water column in near real-time, enabling timely, quantitative assessment of the environmental risks associated with dredge plumes, oil spills, outfall discharges, sediment run-off, drilling discharges etc.

Fox - Model CMS600 - Constant Monitoring System

by Fox Environmental Systems Pty Ltd     based in Warana, AUSTRALIA

When your site has the potential to have stormwater run-off that has been contaminated with water soluble products such as wines, milk or chemicals entering the waterways there is a need for a Fox model CMS600 Constant Monitoring System. The Fox CMS600 system will monitor all site run-off for pollutant concentrations that exceed predetermined ...

UviLux - Catchment Water Quality Monitoring

by Chelsea Technologies Group     based in West Molesey, UNITED KINGDOM

Portable in-situ Tryptophan fluorometer for effluent detection The UviLux Tryptophan Fluorometer provides effective monitoring of inland waters (surface water and groundwater), transitional and coastal waters to detect outflow events from waste water treatment works (such as Combined Sewage Overflows) and farm slurry. It provides a dependable tool ...

LISST-StreamSide - For Monitoring Applications

by Sequoia Scientific, Inc.     based in Bellevue, WASHINGTON (USA)

The LISST-StreamSide is developed specifically for monitoring applications, for example sediment monitoring in shallow streams and rivers or for storm runoff. It can also be used as an in-line instrument system, for example in a flow-through system on a research vessel. The first units shipped in May 2008.

Green Roof Monitoring System

by NexSens Technology, Inc     based in Fairborn, OHIO (USA)

Green roofs can reduce stormwater runoff, act as natural building insulation, and offer a more aesthetically pleasing environment. NexSens real-time monitoring systems can help assess the benefits of these green roofs.

Model 204 - Water Monitor

by Analytical Systems Keco     based in Houston, TEXAS (USA)

Oil in Water Monitor | The ability to analytically quantify oil in water is greatly enhanced with the Sample Transfer Stripper (exclusive ASI Membrane Technologies) and the solid state sensor offered by Analytical Systems Keco. The analyzer is very easy to maintain and does not require routine calibrations in the field. It is field-proven to ...

Leakwise - Model ID-221 - Oil Sheen Sensor

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

The Leakwise ID-221 Sensor, which is used with a Leakwise controller, is installed in sumps and groundwater monitoring wells to detect floating oil sheens resulting from oil leaks in underground storage tanks and pipelines.

EEE - Model CMS 600 - Constant Monitoring System

by Environmental Equipment Engineering, Inc.     based in Mechanicsville, VIRGINIA (USA)

Pollutants like milk, wine and acids or alkaline products are water-soluble and can be extremely harmful to the environment. By monitoring the run-off from your site you can prevent the potential penalties associated with a spill of these products. 

Hobo - Model U24-001 - Conductivity-Salinity Logger

by MeterMall USA     based in Marysville, OHIO (USA)

This high-accuracy conductivity logger is a cost-effective way to collect water quality data. The HOBO U24 measures and records both conductivity and temperatures in streams, lakes, and other freshwater sources. This logger is recommended for monitoring aquifers for saltwater intrusion and road and agricultural runoff. This product’s open ...

Model aquaDam - Dammed Water Quality Monitoring System

by ADASA Sistemas     based in Hospitalet de Llobregat, SPAIN

Reservoirs are essential infrastructures in the water management field. The origin of its waters may be diverse (rain, streams, run-off of cultivated land, etc.), not guaranteeing the quality of the environment because these flows may contain large amounts of nutrients, organic matter and other contaminants. Likewise, the natural behaviour of dams ...

ZAPS LiquID - Model 4000 - LiquID Station for Industrial Process Control & Effluent Monitoring

by ZAPS Technologies, Inc.     based in Corvallis, OREGON (USA)

The LiquID Station is a highly extensible, robust and rugged platform, ideally suited for many industrial applications, featuring:A multispectral optical/algorithmic monitoring system built into each LiquID provides continuous monitoring capability of a wide range of parameters (see below), for a wide range of industries (see right). Large bore ...

Model LSHM - Satellite Water Monitoring and Flow Forecasting System

by EARS Holding B.V.     based in DELFT, NETHERLANDS

The LSHM has been developed by UNESCO-IHE. The model is forced by the satellite derived rainfall and evapotranspiration fields. It can assimilate weather forecast scenarios and measured flow data from river discharge stations. The LSHM computes a running water balance on every grid point in the terrain, the two-dimensional accumulation of ...

Yellow River - Water Resources Monitoring and Flow Forecasting System

by EARS Holding B.V.     based in DELFT, NETHERLANDS

At the 1st International Yellow River Forum, held October 2003 in Zhengzhou, a Sino-Dutch cooperation project was signed to implement a Satellite Based Water Resources Monitoring and Flow Forecasting System for the Yellow River basin. Dutch participants are UNESCO-IHE, Hofung and EARS.

Van Essen Cera-Diver - Pressure transducer with integrated logger

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

The ceramic Schlumberger Cera-Diver is designed specifically for monitoring groundwater in potentially corrosive conditions, such as brackish water and seawater.

CSI - Aboveground Oil/Water Separators

by Containment Solutions, Inc., (CSI)     based in Conroe, TEXAS (USA)

When it comes to your needs for an Oil/Water Separator, every application can be different. That’s why Containment Solutions considers your specific application to ensure that only the right system will be specified for your job. Oil/Water Separators from Containment Solutions, Inc. (CSI) are designed to separate free oils and settleable ...

C.I.Agent - Continuous Low-Level Aquatic Monitoring (CLAM)

by C.I.Agent Solutions     based in Louisville, KENTUCKY (USA)

The C.L.A.M. is a state-of-the-art small submersible extraction sampler using EPA approved SPE (Solid Phase Extraction) media to sequester Pesticides, Herbicides, PAH’s, TPH, and other trace organics from water. The C.L.A.M. uses low flow rate extraction sampling (5-60 ml/minute), where water is drawn continuously through the extraction ...

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