microbial monitoring system Applications

Related terms for "microbial monitoring system ": microbial monitoring applications , real-time microbial monitoring system applications

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  Microbial Studies

  Hiden gas analysis systems provide for high sensitivity, wide dynamic range, real-time analysis of almost any gas/vapour. Hiden’s application specific gas analysis systems are tailored to meet the specific application requirements, & include a range of special sampling, vacuum pumping & vacuum accessories. Hot zone sampling accessories are included for evolved gas analysis from furnaces, & thermo gravimetric analysers, TGA, for example. Thermal analysis methods are vital for catalysis characterization. For thermal analysis including TPD/TPO/TPR studies, Hiden gas analysis systems include enhanced pumping for hydrogen & special close coupled sampling to the TPD/TPO/TPR reactor for optimum thermal analysis response. In Biogas applications the simultaneous analysis of H2S, CO2, water vapour & CH4 in the PPM to 100% concentration range provides vital information for process development and process monitoring.

  By Hiden Analytical Ltd. based in Warrington, UNITED KINGDOM.

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  Microbial Solutions for Wastewater Treatment

  Whether industrial or municipal, Microbial Discovery Groups proprietary platforms address the variety of challenges associated with wastewater treatment. Too many failures in the bioaugmentation industry stem from focusing on the product, rather than understanding and complementing wastewater systems and operations. MDG will work with you to provide customized system surveys, sampling and testing results, return on investment proposals, and regular monitoring programs specific to your end user customer. We will show you how to measure success and provide sustainable turnkey solutions for your client.

  By Microbial Discovery Group (MDG) based in Franklin, WISCONSIN (USA).

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  Gas monitoring instruments and systems for greenhouse gas emissions from soil

  Measurement of greenhouse gases released from soil and water surface forms an important part of climate change study. Microbial activity in the soil or for instance the melting of permafrost releases greenhouse gases such as Methane and nitrous oxide N2O into the atmosphere. Measurement of the concentration for these gases inside an open-bottom soil chamber placed on the soil over time tells the emission rate (flux) per chamber footprint area.

  By Gasmet Technologies Oy based in Helsinki, FINLAND.

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  Cooling & Drinkingwater: ATP monitoring of biomass growth in waters

  Monitoring Biomass in (Cooling Tower) Waters through ATP monitoring

  The TOXcontrol can be used for ATP monitoring. Currently our company is doing research for further developments for this application on the TOXcontrol.

  Monitoring the microbial population of cooling towers is necessary in order to maintain the proper operation of the system. Conventional methods for monitoring microbial populations work by culturing microorganisms, a time-consuming procedure that requires days or even weeks of incubation before the results are known. Biofouling can be well-advanced before treatment begins. In addition, it is believed that this technique does not detect the full range of microbial life present in cooling systems.

  By microLAN B.V. - Aqualabo Group based in Waalwijk, NETHERLANDS.

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  Microbiological solutions for the governmental industry

  Our laboratory specializes in microbiological identification and characterization lab services, hygiene monitoring services and the R&D of rapid microbial detection systems for the environmental, pharmaceutical, food, and beverage industries. Our market advantages include proprietary, microbial kinetic and endpoint assays, microbial databases which contain profiles of over 3,000 species of microbes (including extensive E. coli 0157:H7 and yeast identification databases), microbial diagnostics research, product development capabilities, and specialized skills in using automated, microbial characterization and identification tools and integrating results from combined Gas Chromatography Fatty Acid Methyl Ester (GC-FAME), RiboPrinter Molecular Typing, and Biolog microplate reader instruments.

  By Microbe Inotech Laboratories, Inc based in St. Louis, MISSOURI (USA).