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1994-10-19_HYDROLOGY - M1977378
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1994-10-19_HYDROLOGY - M1977378
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Last modified
2/5/2021 8:25:34 PM
Creation date
6/20/2012 7:48:26 AM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
M1977378
IBM Index Class Name
HYDROLOGY
Doc Date
10/19/1994
Doc Name
Cement Creek Conjunctive Flow Characterization
From
Golder Associates
To
DMG
Permit Index Doc Type
Hydrology Report
Media Type
D
Archive
No
Tags
DRMS Re-OCR
Description:
Signifies Re-OCR Process Performed
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August 1994 -1- 933-2713.003 <br /> 1.0 INTRODUCTION AND OBJECTIVE <br /> Simon Hydro-Search prepared reports in 1992 and 1993 which indicated that plugging of the <br /> American Tunnel might result in increased groundwater flow from the mine workings towards <br /> the Cement Creek drainage near the Sunnyside Gold property. Sunnyside Gold Corporation <br /> subsequently initiated plugging activities. Therefore, it is prudent to characterize conjunctive <br /> flow in Cement Creek near the point at which it exits the Sunnyside property. Conjunctive flow <br /> is the sum of the groundwater and surface water flow at that point. <br /> This report describes the field activities, data analysis and interpretation necessary to determine <br /> the relative amounts of surface and groundwater flow in Cement Creek. It concludes that the <br /> contribution from groundwater flow to conjunctive flow is negligible, and no further <br /> groundwater measurements are necessary. <br /> 2.0 APPROACH <br /> The following activities were conducted in order to characterize conjunctive flow: <br /> P. Drilling of boreholes to obtain geologic information near the creek. <br /> P. Installation of piezometers. <br /> IN. Completion of slug tests to determine in-situ hydraulic conductivity. <br /> IN. Laboratory testing of soil samples from boreholes to determine hydraulic <br /> conductivity. <br /> ► Analysis and interpretation of slug test data to determine hydraulic conductivity. <br /> ► Calculation of 'worst case' groundwater flow rates. <br /> ► Determination of the relative groundwater contribution to conjunctive flow. <br /> Golder Associates <br />
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