Water quality is one of the most critical indicators of environmental pollution and it affects all of us. Water contamination can be accidental or intentional and the consequences are drastic unless the appropriate measures are adopted on the spot. The global need for developing novel platforms for real-time monitoring of various water pollutants is well-recognized.
  • Current reliance on sampling and laboratory analysis is time consuming and expensive.
  • Concentration of Contamination is low and hard to detect.
    Manual detection and discrimination by human eye is dependent and redundant.
  • Heavy penalties and challenging reputation and brand.
  • The bacteria in water that are vulnerable are not identified in situ (live).
  • Generally it takes anything between 24-72 hours to identify a particular bacteria or fungi.
  • Samples of microbial / spices are taken to microbiologist lab and then identification are done. Online equipments that are available are not only expensive but also takes time to give results.
    • Real time / in situ identification with higher accuracy.
    • Validated bacterial and fungal library.
    • No retesting required and hence saving in time.
    • Reduced dependence on outside service.
The AUM_JAL will be able to monitor, distinguish, discriminate, qualitative & quantitative contamination like:- Parasites, particulate material, selective bacteria, other biological pollutants.
The AUM_JAL is :- compact, efficient, highly sensitive, Portable, Low power & Cost effective.
AUM_JAL can be installed in process line.
  • Untreated water
  • Treated water
  • AUM_JAL real time drinking water quality monitoring systems complements microbiology department in detecting some of the major.
    • E. Coli
    • Coliform bacteria
    • P. Aeurognisa
    • Yeast and Mould
    • Sulphite reducing anaerobes
    • Faecal streptococci
    • Staphylococcus aureus
    • Salmonelaa
    • Shigella
    • Vibrio cholera
    • V. Parahaemolticus
  • Early stage detection will reduce losses.
  • Real time detection will save time, brand and reputation.
  • The acquisition time of the AUM_JAL system will be significantly lower than of current state-of-the-art devices.
  • In combination with its high sensitivity and the compact size, the AUM_JAL monitoring system will bring a paradigm shift in water monitoring.
  • Microbes in Fluids: Feasibility Study and Experiments are already conducted for Instantaneous and Automatic Detection and Discrimination
  • CATS team of engineers, and Water toxic experts represent a comprehensive knowledge in all of the diverse application areas where Photonic sensing technology and services may be deployed. We are open to make our extensive knowledge base available to our customers in order to provide the best possible value for money and results by developing new calibrations and analysis models based on customer requirements.
  • We are looking forward with amiable and symbiotic customer relationship that can collaborate in developing this technology to its logical and commercial value.
  • The developed product can be jointly marketed and commercialized.
Real time drinking water quality market is phenomenally huge. The sensing mechanism that can be integrated with mobile device can be developed at a very low cost that will determine the quality of water. So now before you drink a glass of water you can confirm the quality of water.
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