MAP (Metagenomic Analysis Protocol) is a patented approach that allows for detection, quantification, and identification of microbial DNA present in the papermaking process, sheet defects, deposits, and other materials. MAP allows an unprecedented level of detection and precision in troubleshooting microbial based problems and provides advantages over traditional monitoring approaches by detecting all microorganisms and breaking them down into problem-causing categories.
In keeping with Nalco Water’s tradition of delivering actionable data, MAP monitoring technology allows for quick and simplified analysis by grouping organisms into problem-based groups. This includes freshwater microorganisms, which are known to contribute to deposits, spoilage, and corrosion but difficult or impossible to enumerate with traditional techniques. Primary and Adaptive biofilm-formers can generate tremendous amounts of slime, making the process system more susceptible to fouling. Furthermore, bacteria protected in a biofilm are notoriously difficult to control. The MAP approach is used to confirm the contribution of microbial growth to sheet defects or holes, confirm the infested process location, and target treatment to minimize the impact of microbial growth on process efficiency
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MAP is a patented approach that allows for detection, quantification, and identification of microbial DNA present in the papermaking process, sheet defects, deposits, and other materials.
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MAP identifies the source and type of problematic bacteria in paper process water giving the unprecedented ability to solve problems faster than ever before.
Using qPCR and knowledge of the process, MAP provides precision and actionable information to get production back on track.
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