The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
Fluoride ions are easily measured by means of potentiometry using Fluoride-selective electrode. The potential between the Fluoride electrode and a suitable reference electrode depends on the concentration of the ion-species to be measured.
This versatile measuring principle is used in the Fluoride-Analyzer to measure the Fluoride-concentration in waste, cooling, and potable water.
Chloride ions are easily measured by means of potentiometry using Chloride-selective electrode. The potential between the Chloride electrode and a suitable reference electrode depends on the concentration of the ion-species to be measured.
This versatile measuring principle is used in the Chloride-Analyzer to measure the Chlorid-concentration in waste, cooling, and potable water.
Organic compounds play a predominant role as pollutants in aquatic systems. They affect biochemical processes, nutrient cycles, biological availability and others. Organic matter is usually measured as the Total Organic Carbon (TOC).
The PAITOC is a versatile automatic analyser to measure the TOC-concentration in waste waters, cooling waters and potable water.
The Organic X Monitor HC detects purgeable organic compounds with excellent detection limits. Main applications are the determination of: chlorinated organics, fules, BETX etc. in waste waters, cooling waters and potable waters.
The ammonium analyser AMX as a very robust, reliable analyser for the automatic determination of ammonium in waste waters, cooling waters and potable water. Due to its unique measuring principle there is no interference from sample coloration or turbidity! It offers a very low detection limit of less than 10ppb (µg/l).
The PAIPOX-monitor detects purgeable halogenated organic compounds with good detection limits. Main applications are the determination of purgeable chlorinated organics in waste waters, cooling waters and potable waters.
Developed by power plant engineers the Organic X Monitor LC detects organic and inorganic contaminations in ultra-pure water and in condensate with excellent detection limits.
Titration is one of the most frequently used analytical technics in laboratories. Applications are the determination of halides (Chloride, Bromide, Iodide), Sulphate, total alkalinity and basicity, m- and p-values etc.
The Titrator performs automatic tritrations, saves and transmits results to a process control system.
Many ionic substances are easily measured by means of potentiometry using ion-selective electrodes (ISE). The potential between the ISE and a suitable reference electrode depends on the concentration of the ion-species to be measured. The most common ion-specific electrode is the pH-electrode.
This versatile measuring principle is used in the ISE-Analyser/Titrator to measure a variety of different parameters like halides, ammonium, sulphate, sulphide etc.
The reliable control of several critical parameters is required in many industrial processes. Also environmental regulations become a more and more important issue in waste water treatment and discharge. The Process Colorimetric Analyser PCA is a reliable analyser to monitor a variety of different inorganic and organic parameters.
The basic concept of the CAA ContinousAutoAnalyser is to offer an instrument for real continuous automatic monitoring of a wide range of parameters in liquid samples like halides, cyanide, ammonium TOC, VOC, POX etc.
