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1 1/4 in PVC slotted casing and gravel packed to the <br />surface. It is not known how effective this well will be <br />for water monitoring as fractures were filled with cement <br />during the backfilling and subsequent settling occurred. <br />GE 33-88 <br />Code /TD /Surf. Elev: <br />Depth /THK /TOC Maxwell: <br />Water inflow /Elev: <br />Water GPM (est): <br />Water levels /Elev: <br />Gas inflow /Elev: <br />#lA /600' /7229.4 <br />-462.5' /8.1 ft /6766.9 <br />-360' /6869 -420'/ 6809 <br />22-38 GPM <br />(E-log) -282 /6947 <br />-360'/6869 fractured grey SS. <br />REMARKS: <br />This well was located as an offset of GE 26-88 for the <br />purpose of monitoring flows and degasifying and dewatering <br />the area immediately in advance of the Second Right <br />workings. It had a lesser inflow of gas and water than GE <br />26-88 and that flow occurred 100 feet higher at -360 feet. <br />Some vital fractures were cemented during the uphole caving <br />problems on this well and fluid communications were <br />occurring through washouts into adjacent well GE 26-88. <br />After completion of this well with casing, packer and <br />• submersible pump, substantial volumes of gas were vented and <br />temporarily flared (169 MCF). The characteristic of this <br />well is such that a small lowering of the water level and <br />pressure on the fractures results in a substantial flow of <br />gas in its place. This finding suggests the fracture system <br />in the fractured zone contains readily flowing water and <br />will be displaced by methane gas from a deeper origin when <br />pumped. If the water level in this well could be sustained <br />below the Maxwell seam and the main fracture at -360 feet, <br />then the gas will flow at significant volumes. <br />GE 34-88 <br />Code /TD /Surf. Elev: <br />Depth /THK /TOC Maxwell: <br />Water inflow /Elev: <br />Water GPM (est): <br />Water levels /Elev: <br />Gas inflow /Elev: <br />#6 /520' /est. 7194 <br />-437.4'/8.9 ft /6756.6 <br />-245'/6949 & -255'/6939 <br />sandstone & thin coal <br />40-45 GPM @ TD <br />-230 to -240 /approx. 6964-6954 <br />none during drilling <br />(currently bleeds minor gas) <br />REMARKS: <br />. This well established a monoclinal fold of the Maxwell seam <br />as it rolls down from GE 31-88 to GE 30-88. It <br />substantiated an 8 percent grade for the seam over the <br />fracture zone that includes the well. Significant flows <br />of water were measured from this well at TD in the order of <br />2.04-6(i) (Revised 09/01/89) <br />