August 26, 2011<strong>Sam</strong> <strong>Ziemann</strong>Page 2 <strong>of</strong> 12Reference: Fluid Transient Analysis for Strange Street Raw Water Supply System – Draft TechnicalMemorandumtank, then be pumped from the raw water storage tank through a treatment plant prior todischarging into the Strange Street Reservoir.The elevation at each <strong>of</strong> the five well heads is greater than the high water elevation inthe Strange Street Reservoir.Data CollectionA skeletal Innovyze H2OMAP Water model <strong>of</strong> the Strange Street Water Supply Systemprovided by the Stantec Kitchener Office was used as a starting point for construction <strong>of</strong>the fluid transient analysis model.Information contained in this model included:• Pump curve information.• Hazen-Williams C-factors for the watermains.• Spatial layout <strong>of</strong> the wells and the Strange Street Reservoir.• Watermain sizes.Current and future well performance information for the Strange Street Water SupplySystem wells was obtained from a Public Information Centre Presentation dated June24, 2010 and is provided in Table 1 below:Table 1 - Strange Street Water Supply SystemWell PerformanceWellCurrent Rate(L/s)FutureAnticipatedRate (L/s)K10A(B*) 15 (26*)K11A 60 60K13(A*) 12 (48*)K18/K19** 53 53New Well(s) 40Total 140 227* Estimated capacity <strong>of</strong> newly drilled replacement well** Only includes water for municipal supplyThe following plan information was provided to assist in completion <strong>of</strong> the transientanalysis:• Construction <strong>of</strong> the K11A Well House, No. 647 Glaskow Street, In the City <strong>of</strong>Kitchener Contract No. 2008-022.
August 26, 2011<strong>Sam</strong> <strong>Ziemann</strong>Page 3 <strong>of</strong> 12Reference: Fluid Transient Analysis for Strange Street Raw Water Supply System – Draft TechnicalMemorandum• Rehabilitation <strong>of</strong> the Strange Street Reservoir Contract No. 87-50.• Replacement <strong>of</strong> Electrical Service at the Strange Street Pumping StationKitchener Ontario for <strong>Region</strong>al Municipality <strong>of</strong> <strong>Waterloo</strong> – Electrical Site Plan,Riser Diagram Plans, Section & Details C – Contract No. 82-37• As constructed Drawing Nos. B-55154-P8, B-55154-P9, B-55154-P10, B-55154-P11, and B-55154-E9 dated February 1964. Drawings indicated modifications tothe Strange Street Pumping Station piping and existing valve chamber at theStrange Street Reservoir, piping revisions to the Strange Street Reservoir inletpiping, and electrical modifications to the Strange Street Reservoir and PumpingStation.• Construction <strong>of</strong> Watermain and Electrical Service from Well K-18 to Glaskow St.in the City <strong>of</strong> Kitchener Contract No. T2004-033 (Drawing Nos. G01, G02, G03,G04, G05, A01, A02, A03, D01, and E01).• Process and Electrical Modifications K18 / K19 Well House Kitchener (DrawingNos. P01 and P02) – Contract No. 2006-012. These drawings illustrate thepiping and appurtenances at the K18/K19 Well House and the K11 Well Houseand indicate air valves were installed on the discharge piping at these wells.However, there appears to be a discrepancy between two <strong>of</strong> the drawings asDrawing P02 refers to the valves as air release valves whereas Drawing P01call out an air/vacuum valve. The type <strong>of</strong> air valve installed should be confirmed.For this analysis, it is assumed these are air release valves, only have the abilityto release air within the piping, and cannot allow air to enter the piping toprevent vacuum conditions.The following information was provided in an email from Ms. Catherine Wallace datedMay 5, 2011:• The model number <strong>of</strong> the flow control valves at the K18/K19 Well House. Theflow control valve settings are 25 L/s to the golf course and 19 L/s to the StrangeStreet Reservoir.• The model number <strong>of</strong> the flow control valve at Well K11A. The flow control valveis set at 961 US gpm (60.63 L/s).• All <strong>of</strong> the wells are equipped with s<strong>of</strong>t-start controls but the ramp up and rampdown rates are unknown.• The existing cast iron water mains will be replaced with 450 mm dimension ratio(DR) 25 polyvinyl chloride (PVC) pipe.
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