oxygen demand Equipment in Wisconsin

Serving Wisconsin | Office in WisconsinNear Wisconsin
329 Results found
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Model ODM-100 - Oxygen Demand Monitor

by Challenge Technology     based in Springdale, ARKANSAS (USA)

The ODM-100 Oxygen Demand Monitor is a portable unit for measuring real-time oxygen demand at any point in a wastewater treatment process.

Digestion For Chemical Oxygen Demand

by Lab Synergy     based in Goshen, NEW YORK (USA)

The CSB system consists of an 8 or 20 position digestion block which is controlled by a digital electronic temperature controller to 1 K precision. The required heating up phase of samples to around 148 ºC is reached in under 10 minutes. An automatic lift system can separate or connect all of the digestion tubes and reflux condensers in just ...

Model MD200 - Colorimeter for COD - Chemical Oxygen Demand

by Camlab Limited     based in Over, UNITED KINGDOM

Single parameter colorimeter designed specifically for the measurement of COD - Chemical Oxygen Demand . This unit is aimed at those just interested in COD.

Camlab - Model MD200/CW2020 - Package For COD - Chemical Oxygen Demand

by Camlab Limited     based in Over, UNITED KINGDOM

Camlab Starter kit for COD:This economical starter kit is designed for those starting out measuring COD - Chemical Oxygen Demand.

Accu-TEST - Model COD - Chemical Oxygen Demand Testing System

by Bioscience, Inc.     based in Allentown, PENNSYLVANIA (USA)

The EPA-accepted Accu-TEST COD System from Bioscience, Inc., makes determination of chemical oxygen demand (COD) as easy as 1-2-3. With the Accu-TEST COD System, testing is fast, inexpensive and simple. To determine wastewater strength, simply: Add a wastewater sample to a high-quality glass reagent tube. Digest the sample and reagent for two ...

Model SP2000 ST-COD - Chemical Oxygen Demand (COD) Analyzers

by Skalar Analytical BV     based in Breda, NETHERLANDS

Chemical Oxygen Demand (COD) analysis is commonly used to determine the amount of organic pollutants found in surface water and waste water. The COD value is a useful indicator for measuring the water quality. Skalar's SP2000 analyzers can be configured to automate  COD according to the sealed tube (ST-COD) method ISO 15705 and EPA 410.4 or ...

LemTec - Biochemical Oxygen Demand (BOD) Removal

by Lemna Technologies, Inc.     based in Minneapolis, MINNESOTA (USA)

Biochemical Oxygen Demand (BOD) removal is critical to wastewater treatment. The LemTec biological treatment process optimizes BOD removal to meet limits previously thought unattainable in aerated lagoon facilities. The LemTec system design minimizes temperature fluctuations and prevents the adverse treatment effects of peak flow events. The ...

PeCOD AssayPlus - Chemical Oxygen Demand (COD) Analyzer

by MANTECH INC.     based in Guelph, ONTARIO (CANADA)

A unique patented technology that can directly measure photocurrent/charge originating from the oxidization of the organic contamination contained in a water sample. The core of the technology is the PeCOD sensor, which consists of a UV-activated nano-particulate TiO2 (titanium dioxide) photocatalyst coupled to an external circuit. The high ...

Tubetests - Model COD - Reagents Including Chemical Oxygen Demand

by Palintest Ltd - a Halma Company     based in Gateshead, UNITED KINGDOM

For ultimate convenience, the Palintest range of Tubetests offers pre-dispensed reagents for minimal handling and ease-of-use. For applications such as Chemical Oxygen Demand (COD), nutrients (ammonia, nitrate and phosphate) and heavy metals (chrome, copper, iron, nickel and zinc) the Tubetests range provides the solution – literally.

CHEMetrics - Chemical Oxygen Demand (COD) Photometric Testing System

by Galgo (UK) Limited     based in Berkhamsted, UNITED KINGDOM

The determination of Chemical Oxygen Demand (COD) is widely used in municipal and industrial laboratories to measure the overall level of organic contamination in waste water. The contamination level is determined by measuring the amount of oxidant required to oxidize the organic matter in the sample. This is equivalent to amount of oxygen that ...

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