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REV105157
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REV105157
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Entry Properties
Last modified
8/25/2016 1:16:44 AM
Creation date
11/22/2007 1:24:19 AM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
M1988112
IBM Index Class Name
Revision
Doc Date
3/21/2001
Doc Name
BMRI SAN LUIS PROJECT PN M-88-112 TAILINGS LINE COLLECTION POND AS BUILT
From
BMRI
To
DMG
Type & Sequence
TR26
Media Type
D
Archive
No
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~~ ~~~i'~~~ Soietions, I--c. <br />- 2636 Midp of Drive, Suite B <br />Forl Collin ,Colorado 80525 <br />970-484-77 4 <br />970-484-7719 <br />TECHNICAL MEMORANDUM <br />DATE: 3/12/01 <br />Project. No. <br />TO: Mr. Jim Dillie, Colorado Department of Mining and Geology <br />CC: Mr. Bill Lvle and Mr. David Lone, •Battle•Moontain Resourcesi Inc. <br />FROM: Walter L. Niccoli. P.E. f.; ~~:;-i' ~ .- <br />SUBJECT: Tailings Line Collection Pond <br />INTRODUCTION: <br />The Colorado Department of Mining and Geology requested that Battle Mountain ~tesources Inc. <br />(BMItI) construct a retention facility at the San Luis Mine to contain the amount o~'byproduct that <br />could potentially be lost from the transfer line that runs between the water treatment plant and the <br />tailings pond. The retention facility is to wntain approximately 40,000 gallons. This facility will <br />have the capacity to contain the volume stored in the transfer line plus one hour of umping at a <br />nominal 350 gpm. This technical memorandum documents the design criteria use~to size the <br />facility, the construction methods employed, and the final retention facility design, idetails, and <br />dimensions (As Built verification). <br />Design Criteria: <br />I) Calculated volumes: <br />A) volume held in the transfer pipe: <br />1) length of pipe multiplied by the cross-sectional area <br />2) length of pipe = 2.4 miles <br />3) cross-sectional area = 0.196 <br />4) volumeP;~ = 18,610 gal <br />B) volume lost from active pumping before loss realized (pumping rates multiplied by <br />time): <br />1) pumping rate = 350 gpm <br />2) time = 1 hour <br />3) volumeno„. = 21,000 gal <br />C) total volume: volumeP;P~ + volumenow = 39,610 gallons <br />II) Miscellaneous: <br />A) Accessible by maintenance personnel <br />B) Protect existing structures <br />
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