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HYDRO20056
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Last modified
8/24/2016 8:41:28 PM
Creation date
11/20/2007 1:20:36 PM
Metadata
Fields
Template:
DRMS Permit Index
Permit No
C1984065
IBM Index Class Name
Hydrology
Doc Date
8/21/1990
Doc Name
REPORT TO NEW CASTLE ENERGY CORP ON BACKFILL DISPOSAL OF COAL AND NON-COAL WASTE IN THE COAL RIDGE 1
Permit Index Doc Type
PROF POND CERTIFICATIONS
Media Type
D
Archive
No
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1 <br />~ ' 2.0 THE MATERIAL TO BE DIBPOBED <br />I <br />' The material that is to be disposed is comprised of essentially <br />three different types of material: hangingwall rock produced by <br />over-excavation of the coal, coal fines produced in the surface <br />t facility at the mine portal, and ash materials produced with the <br />coal but separated from the coal prior to shipment. The nature, <br />' method of segregation from the coal, and expected quantity of <br />production of each material is presented below. <br />2.1 HANGINGWALL ROCK <br />1 <br />2.1.1 Nature of disposal material <br />' The hangingwall rock has been investigated by the drilling program <br />' performed by NCEC on the property. This indicates that the <br />hangingwall will be comprised of a competent sandstone or sandy <br />' shale XXX. This material is not generally expected to fail during <br />the coal hydraulic mining process, but some of it may be dislodged. <br />This material is non-flammable. <br />' 2.1.2 Method of searegation <br />t The hangingwall rock fragments are expected to be relatively large, <br />and considerably less friable than the coal. It is expected that <br />the majority of this material will be segregated by a coarse <br />screen, and then directed to a rotary breaker at the beginning of <br />the dewatering system (described in the CLMRB permit application). <br />' The system schematic, with the relevant screening system, is <br />illustrated in Figure 2. <br /> <br />' Adrian Brown Consultants -3- 1145/900820 <br /> <br />
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