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James Gregorius <br /> January 18, 1996 <br /> Page Three <br /> areas) where it currently flows which will provide ample <br /> time for infiltration and hydrologic attenuation. The <br /> result will be no significant change in the groundwater <br /> or surface water discharge from the proposed quarry <br /> operation property into any of the adjacent parcels <br /> including Cam-Rock Park. <br /> It is anticipated that following completion of <br /> restoration, the flow of surface water will be in almost <br /> the same direction as it is at present. In addition, <br /> ground water recharge will be better than now because the <br /> slope following restoration will be only 1% when <br /> finished. <br /> 4. A description of the extraction and processing <br /> procedures, phasing and equipment to be used. <br /> The extraction and processing procedures shall consist of <br /> the following: <br /> a) Removal of surface soil to construct berms and <br /> expose limestone. The soil removed will be <br /> arranged into a three to five foot berm circling <br /> the exposed area. This should reduce noise and <br /> fugitive dust. All soil or overburden removed will <br /> remain on site and be saved for reclamation. <br /> b) Limestone extraction including water drilling, <br /> blasting and transporting. Blasting will comply <br /> with all state, federal and local regulations and <br /> will be done by a trained and certified blaster. <br /> Blasting will be done at a velocity not to exceed <br /> .3" per second, peak particle velocity calculated <br /> at the nearest inhabited structure not owned. <br /> Seismographic monitoring will be done at every <br /> blast. <br /> c) Following blasting, the primary breaker will take <br /> the shot rock and reduce it to roughly 3 ' diameter <br /> material. A roller crusher will then take the <br /> material from the 3' diameter and reduce the size <br /> of the stone to the following produces: 1-1/2" , <br /> 7/8" , 3/4" , 1/2" , 7/16" , 3/8" diameter and fines. <br /> The screening plant will sort out any desired size. <br /> At this point a lime grinder may pulverize the <br /> material to a size capable of passing 60-70-80-90 <br /> mesh screens. A wash plant will then remove the <br /> powder from special size stones for use in concrete <br /> 24 N. Henry Street, PO Box 151, Edgerton, WI 53534, PH: 608-884-3391 FAX: 608-884-7018 <br /> 508 Campus Street, Milton, WI 53563, PH: 608-868-4346 FAX: 608-868-4348 <br />