Biological Oxygen Demand (BOD)

s::can spectro::lyser

The revolutionary s::can spectro::lyser provides accurate BOD data for the most waste types via correlations between uv/vis spectra and lab BOD values. It is a multi parameter submersible UV/Vis spectrophotometer. This unique technology allows you to measure numerous parameters all at the same time that usually require the use of several different cabinet analysers. Parameter concentrations from g/l down to the µg/l region are calculated from the complete UV/Visible spectrum, enabling a level of precision and long term stability that has not been possible until now. The s::can spectro::lyser can be operated in the internal data-logger mode, via PC/laptop, or via our industrial terminal "con::stat".

The number of concurrently available parameters is relatively unrestricted and pre set "global "calibrations for many applications are readily available.

All of the functions of a high quality 2-beam laboratory spectrometer are packed into the ultra-compact and robust field instrument. s::can's advanced software options allow the utilisation of the spectral information for rapid and effective investigative work on almost any liquid stream from dirty industrial to ulrtrapure water.

 
Applications for Waste Water
  • 0.5 to 5mm measuring path
  • Industrial Waste Monitoring in Petrochem,Food, Chem industries
  • Providing measurement in concentrated industrial waste through to final effluent mf/RO applications
  • Sewer sulphide and load monitoring
  • Inlet load monitoring to indutrial and municipal WWTPs
  • Feed forward control of chemical dosing to DAF and other treatment processes
  • Control of carbon dosing and denitrification systems
  • Monitoring for compliance of discharges to the environment.
Features:
  • Multi parametric
  • Real time
  • Robust and versatile
  • In-situ
  • Drift free
  • Almost zero maintenance
  • Low operation costs

If there are any questions or if you want more information about your specific wastewater situation please contact us.