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PERMFILE102469
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PERMFILE102469
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Entry Properties
Last modified
8/24/2016 9:56:21 PM
Creation date
11/24/2007 8:52:01 AM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
C1981038
IBM Index Class Name
Permit File
Doc Date
12/11/2001
Section_Exhibit Name
Volume 6 PHASE II Stability Analysis - Surface Hydrologic Study
Media Type
D
Archive
No
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' • PART 4 -FOUNDATION ANALYSES <br />CRUSHING AND SCREENING LEVEL: <br />Colorado Westmoreland, Inc. has expressed a desire to determine the affects of <br />any instabilities of the crushing and screening fill on the foundations of structures <br />on this fill. Merrick & Company has investigated these foundations and reviewed <br />Geo-Hydro's "Report, Phase 2 Geotechnical Studies, Orchard Valley Coal Mine, <br />Paonie, Colorado, Colorado Westmoreland, Inc." and has reached the following <br />conclusions: <br />Based on logs which were made at the time of the installation of the <br />caissons and piles comprising the foundations for the buildings on this level, <br />it appears that the foundations for the Crushing and Screening Building and <br />Transfer Tower No. 2 are keyed into the bedrock layer underlying this fill. <br />This conclusion is made by projecting the foundation lots onto Section BB' of <br />the Geo-Hydro report. This information is shown on the enclosed drawing <br />entitled "Crushing and Screening Foundations". <br />2. Geo-Hydro indicated that for a fully drained slope, the critical failure plane <br />is a shallow, near surface failure. if this is the case, the foundations on this <br />level would be far removed from any slope movements and as such, the <br />depths and locations of these foundations are adequate. <br />• 3. Should careful monitoring and observation o[ this fill indicate a potential <br />deep failure of this fill, additional procedures would be required to protect <br />these structures. The fill would have to be stabilized if possible and the <br />foundations would probably need to be tied back into competent bedrock <br />with a system of rock anchors. <br />• <br />
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