Chlorine Sensor

Sensors, chlorine water

Disinfection systematic is a fundamental step in water purification and is legally to protect people and systems in many areas is required. However, high doses of disinfectants can be toxic. Sensors for chlorine free, chlorine dioxide drinking water to control the work, to ensure disinfection in accordance with the settings, water, pool water or sea water processing and re-use it.

Selection of sensors and transmitter of bromine and chlorine to their application depends on :

Claire unattached because of the easy control and disinfectant effect, important, etc. the most important disinfectant in water purification. Sensors, chlorine free, in the following can be used:

  • Drinking water – to ensure disinfection enough
  • Food – for the preparation of the bottles and packaging of Health
  • Water pools – for a dose of disinfectant effective

Chlorine dioxide more and more antiseptic choice can be because of corrosion is less and the pH value is not independent. Sensors, chlorine dioxide in the following can be used:

  • Cooling systems or towers
  • Drinking water
  • Vegetable juice-packed wash
  • App desalination, to prevent the creation of disorder in the reverse osmosis ClO2

Chlorine, total a good indicator of disinfectant residual in the water drain. The sensors in the network, the WWTP are used:

  • To measure the status of water disinfection effluent.
  • To control the re-use of water

Because of the unique chemical, the environment, etc. of bromine release frequently, in uses with sea water can be used. Sensors go free in the following cases apply:

  • Sea water again of water use and the processing does not
  • App salt an
  • Fish farming – to ensure disinfection adequate sewage
  • Cooling systems, that high values of pH are specified
  • Hot springs spa

The principle of measurement

Sensors measure chlorine dioxide has an electrode in the present work are that by the membrane in a thin isolated environment can be. Chlorine dioxide that the environment comes through the membrane can be in the electrode, the worker is reduced. The circuit with the use of the electrode, the counter and the electrolyte gets completed. Reduction of the electron in the electrode in the present work fits with the concentration of chlorine dioxide in the environment. This process, in a wide range of pH and temperature works.

Measure the chlorine evidence available is similar.

Here, the acid هیپوکلروس through the membrane released and the reaction creates. There is acid هیپوکلروس in the environment, to the amount of the pH depends on. This dependence using the measurement of pH in the collection, flow, and balancing on the transmitter compensated.

Measure bromine release, much like measuring the chlorine is free ,

but in the range of alkali, the more possible.

To measure chlorine, total, acid هیپوکلروس and in addition, the chloramines in a complex system, the reaction involved.