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iTRACKER® – The First I&I Detection MonitorEastech is proud to introduce a major economic breakthrough in detecting and locating I&I. For the first time ever, it is possible to cost-effectively pinpoint unwanted sources of I&I at a fraction of the expense of conventional methods. A revolutionary new technology, designated as DELTA Q, provides calculated volumetric changes in wastewater flows between periods of dry and wet weather that are exactly equal to differences in volume as determined by the time-proven Mannings Equation, without
Eastech’s proprietary DELTA Q Technology provides municipalities with the opportunity to cost effectively locate and analyze major sources of I&I at 20% of the cost of systems presently utilizing Doppler/Pressure Cell technology
Detailed Reports are provided that locate areas of I&I by volume and cost, perform Cost/Benefit analyses, identify capacity and maintenance issues and prioritize camera surveillance.
I&I Location,Volume and Cost Analysis ReportsThe Process is simple. iTracker I&I Detection Monitors are strategically placed within designated manholes of each major basin comprising the overall wastewater collection system. An onboard data logger records wastewater levels for specified periods of time incorporating both dry and wet days. An internal USB flash drive housed within each iTracker stores the pertinent data for easy transfer to a PC running DELTA Q analysis programs. Once the recorded changes in levels between dry days and wet days are imported into a PC running the iTracker analysis software, DELTA Q algorithms calculate a mathematical factor, expressed in ratio form, showing the exact volumetric increases in flows between dry days and wet weather events for each major basin within the collection system. DELTA Q analysis programs initiate both volumetric and cost reports of the effects of any extraneous flows that have entered each major basin during the designated monitoring period. Once the major basins contributing the highest rates of I&I are revealed, the iTrackers are removed and repositioned in order to further pinpoint the exact location of those segments within each major basin contributing the greatest volumes of extraneous ground and storm water. Again, analysis reports in simple pie chart form detail the location, volume and cost of those sections within a collection system generating the highest rates of inflow and infiltration.
For a Step-by-Step explanation of the iTracker inflow and infiltration location detection process, please download pdf file.
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