QUICKCODLAB

COD Lab Water Analyzer

Continuous QuickCODlab water analyzers for laboratories

Our QuickCODlab online COD water analyzer is the most reliable measurement system for the determination of the chemical oxygen demand in laboratories. Moreover, using this environmentally friendly COD analyzer and analysis technique, you can now determine chemical oxygen demand quickly, cleanly, and safely – without any chemicals. Chemical oxygen demand (COD) is one of the most important sum parameters in water analysis. In fact, it is considered a reference for the organic load of wastewater, both in the industrial and municipal sectors. Traditionally, analytical processes are based on the use of different reagents. However, the safe and environmentally friendly procedure is thermal oxidation.

The COD value indicates the amount of oxygen consumed during the oxidation of organic substances in a water sample. Unfortunately, the standard COD procedures are subject to criticism due to their high consumption of hazardous chemicals, so a reliable COD measurement system needs to be environmentally friendly and free of chloride interference. Fortunately, our analyzer uses a temperature of 1,200°C, which guarantees complete combustion and eliminates the need for chemicals. As a result, the QuickCODlab precisely determines the COD within minutes.

With the QuickCODlab online COD water analyzer, there is now a fast, reagent-free laboratory COD method. In addition, the same time-tested method used in the field for online monitoring is now available in a bench-top design. The QuickCODlab online COD water analyzer follows American Standard Method (ASTM D6238-98), using 1200°C instead of the standard 900°C, enabling chemical-free measurement.

BENEFITS

With the QuickCODlab online water analyzer, complete measurements are made in only three minutes, with multiple measurements in only 10 minutes. This provides enormous time-savings compared to standard hours-long procedures.

Measurement range: 1 – 100 mg/l (depending on the application), 10 – 200 mg/l, 100 – 1,000 mg/l, 1,000 – 3,000 mg/l, 2,000 – 10,000 mg/l, further options available.
Fast Response Time: 3 minutes
Determination of the real oxygen demand
Proven thermal temperature combustion
Chemical-free technique
Reliable measurement without reagents
Excellent chloride acceptance

OPTIONS

Autosampler

HOUSINGS

IP54 (Standard)

APPLICATIONS

Laboratories
Industrial Effluent Monitoring in Industrial Wastewater
Monitor Influent Loads in Municipal Wastewater Treatment Facilities

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Process Inisights_LAR QuickCODlab water analyzer for laboratories

We are the TOC Leader™
Monitor TOC, COD, BOD, TN, and Toxicity Impurities in all Types of Water

Datasheet

Applications

MEASUREMENTS

TOC
COD
BOD
TN_b

SALES | TRAINING INQUIRIES

AMERICAS: info.americas@process-insights.com

EMEAI (includes India): info.emeai@process-insights.com

APAC: info.apac@process-insights.com

CHINA: info.cn@process-insights.com

SERVICE | TECHNICAL INQUIRIES ONLY

SOLUTIONS FLYERS

DETERmine THE CHEMICAL OXYGEN DEMAND FAST

COD measurement is accomplished in about 3 minutes. Thus, 3 replication measurements per sample can be determined within less than 10 minutes. The QuickCODlab offers enormous time and cost savings in comparison to standard procedures.

O2 DETECTION IS SIMPLE AND RELIABLE

An O2 detector determines the oxygen used to digest all the constituents. The determination of the oxygen demand is performed over a wide variety of measurement ranges. The QuickCODlab also reliably measures the real COD in relevant measurement ranges from 5 to 100 mg/l.

HIGH SALT CONCENTRATIONS ARE NO PROBLEM

The QuickCODlab easily masters salt concentrations of up to 10 g/l, and even up to 300 g/l of sodium chloride (NaCl) with the additional high salt option. The salts move through the oven and are carried out of the system together with the condensate finally being collected as solids in a special retaining device. This means that no salt residues can form in the oven and the sample does not have to be diluted, even at the highest of salt concentrations. This, in turn, having a positive effect on the accuracy of the measurements.