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resolution . During each logging or surveying phase, the <br /> CONTRACTOR shall not charge for this standby time . <br /> 3 . 1 . 3 The CONTRACTOR shall set the centralizers on the video survey <br /> camera and logging tools 14- inches apart and the camera shall be <br /> set plumb and in alignment with the center of the 16-inch diameter <br /> final casing before proceeding down the well . <br /> 3 . 2 Geophysical Logging and Video Survey <br /> 3 .2 . 1 The following geophysical logs will be completed from land <br /> surface to the bottom of the mudded, nominal 30-inch diameter <br /> bore hole drilled to approximately 140 feet below land surface <br /> (bls): <br /> a. Caliper Log <br /> b . Gamma Ray <br /> c . Long-Short Normal Resistivity <br /> 3 . 2 .2 The following geophysical logs will be completed from land <br /> surface to the bottom of the mudded, nominal 23 -inch diameter <br /> bore hole drilled to approximately 400 feet bls : <br /> d. Caliper Log <br /> e. Gamma Ray <br /> f Long-Short Normal Resistivity <br /> 3 .2 . 3 The following geophysical logs will be completed under either <br /> static and/or dynamic (pumping) conditions after the 14-inch <br /> diameter borehole has been drilled to its completion depth of <br /> approximately 750 feet bls and the well has been developed by <br /> overpumping. The pumping rate during the dynamic logging will <br /> be in the range of 1 ,000 to 1 ,600 gallons per minute The actual <br /> pumping rate will be determined by the ENGINEER in the field: <br /> Static Logs Dynamic Logs <br /> Caliper Log Flowmeter <br /> Gamma Ray Temperature <br /> Spontaneous Potential Fluid Resistivity <br /> Temperature Video Survey <br /> Fluid Resistivity <br /> Long-Short Normal Resistivity <br /> Flowmeter <br /> GEOPHYSICAL LOGGING <br /> 02150-2 <br /> C :\DOCUME— I \mikeh\LOCALS— I \Temp\Temporary Directory 18 for TRC wells Div Lzip\09-111C—Logging.doc <br /> 10/ 17/07 <br />