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Ultimate Monitoring Solution for Biological Wastewater Treatment [Infographic]
Wastewater treatment plant staff do their best to optimize the health of microbes in their bioreactor. However, without a direct way to measure active biomass, process optimization is very difficult achieve. Additionally, toxicity occurrence can cause the plant to deviate from effluent quality compliance and result in violations. These events tend to happen with little… Read More
The Economic Case for Microbiological Control in Fuels
Individual retail gasoline outlets can potentially increase annual revenues by as much as $30,000 per year through a more pro-active microbiological testing program using LuminUltra’s Quench-Gone Organic Modified (QGO-M) test kit. Uncontrolled microbiological growth in fuel systems is one of the main contributors to filter plugging (Passman, 2001). If the microbiological population in Underground… Read More
Microbiological Control in Real-time for any Industrial Process Fluid
The goal of any microbiological growth control program, whether it is a single target organism or a multitude of threats, requires the control of the total population. For example, the application of biocides such as chlorine or ozone or the use of thermal shock results in an impact on the total population. In many… Read More
The Undeniable Link between Biological Growth & Pipeline Degradation
Much has been said about the immediate benefits of 2nd Generation ATP monitoring to reveal regrowth hotspots in water distribution system. Having this data available in the field enables water technicians to instantly flag water samples that contain elevated microbiological content, trace the problem to its source, and then guide maintenance activates (e.g. flushing)… Read More
What You Ought To Know About Biofilms
From “I’m infiltrating the walled cities where bacteria hide” by Anders Hakansson, taken from The New Scientist Magazine, 2014. Dr. Hakansson describes biofilms as “bacteria that hide in enclosed communities” that are “like little cities, with towers and water channels. Different bacteria form different kinds of biofilms, but they always produce some kind of… Read More