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PERMFILE135588
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PERMFILE135588
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Entry Properties
Last modified
8/24/2016 10:36:18 PM
Creation date
11/26/2007 3:40:51 AM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
M1997086
IBM Index Class Name
Permit File
Doc Date
6/19/1997
Doc Name
112 Original Permit Application
From
Environment
To
DMG
Section_Exhibit Name
TABLE OF CONTENTS
Media Type
D
Archive
No
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RECLAMATION PLAN • <br />The operator will take measures necessary <br />of the replaced topsoil on graded slopes <br />evenly as possible. Fertilizer and other <br />used as discussed in this plan. <br />• EXHIBIT E (CONY) <br />to insure the stability <br />and spreading it as <br />soil amendments will be <br />SLAB ROCK AREA <br />The slopes created along the perimeter of the slab rock <br />mined area will be built as mining progresses across the site. <br />These slopes will be mined vertically and backsloped to the 3h <br />lv final configuration and resoiled once shaping is complete. <br />creating the slopes as mining progresses, we are preparing them <br />for reclamation and reducing the amount of work necessary to <br />reclaim the site when mining is done. The amount of overburden <br />encountered as mining progresses will determine how much dirt <br />cover will be placed on the bedrock once mining is done. This <br />cover could be any where from 12 inches to more than 10 feet. <br />Our plan is to replace the overburden in the excavated area so <br />the net change in surface elevation would reflect the amount of <br />rock taken from under the original land surface. However, it <br />would be easier and cheaper for the Division to replace only 12 <br />inches on the mine floor, grade and shape the remaining <br />overburden piles if they had to do reclamation. The following <br />cross-section shows how the site slopes would look when the <br />overburden is 12 feet thick, and 10 feet of rock was removed. <br />A <br />rasnxc rnwxD wrs~a <br />S90 4Y11 <br />BED x0IX <br />SURFACE STONE AREA <br />A' <br />190 LY~tF <br />LL <br />ly <br />~r <br />.:. °~ ~o°SLE <br />~~~'~ ':. YNE iLOLIt <br />..'.. <br />xUm£ I1LL <br />aTl CY/lf <br />In the area where surface stone is removed, the amount of <br />surface disturbance will be limited. The rock in this area <br />to <br />By <br />17 <br />
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