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I
<br /> 5 3 CAPTURE ZONES FOR EXTRACTION WELL EW-1
<br /> I
<br /> Calculations made using the above parameters for each of the extraction well EW-1 are presented
<br /> below for August 19, 2000 and for March 16, 2000
<br /> IEXTRACTION Q B U s_ _Q_ —�—
<br /> WELL 2BU BU 2TcBU
<br /> ICu Ft/Day Ft Ft /Day Ft Ft Ft
<br /> August 19, 2000 3465 595 0 686 850 425 13 5
<br /> IMarch 16, 2000 3465 595 0 462 126 630 200
<br /> The several distances are plotted as capture zones on Figure 5A for August 19, 2000 and on
<br /> IFigure 5B for March 16, 2000
<br /> 60 REFERENCES
<br /> IGrubb, S , 1993, Analytical Model for Estimation of Steady-State Capture Zones of Pumping
<br /> wells in Confined and Unconfined Aquifers, Ground Water, v 31, n-1, pp 27-32
<br /> IJavandel, I and C. F Tsang, 1986, Capture-Zone Type Curves A Tool For Aquifer Cleanup,
<br /> Ground Water, v 24, n 5, 616-625
<br /> I
<br /> Keely, J F , and C. F Tsang, 1983, Velocity Plots and Capture Zone of Pumping Centers for
<br /> Ground-water Investigations, Ground Water, v 21, n 6, pp 701-714
<br /> I
<br /> Keely, J F , 1984, Optimizing Pumping Strategies for Contaminant Studies and Remedial
<br /> Actions, Ground Water Monitoring Review, v 4, n 3, pp 63-74
<br /> I
<br /> Kruseman, G P ,N A de Ridder, and J M Verweil, 1990, Analysis and Evaluation of Pumping
<br /> Test Data(Second Edition),Publication 47 of the International Institute for Land
<br /> Reclamation and improvement, Wageningen, The Netherlands
<br /> I Lohman, S W , 1972, Ground-Water Hydraulics, U S Geological Survey, Professional Paper
<br /> 708
<br /> McElwee, C D , 1991, Computer notes Capture zones for simple aquifers, Ground Water, v 29,
<br /> n 4, pp 587-590
<br /> H2 O GE O L A GROUNDWATER CONSULTANCY
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