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IN THIS SECTION WE DISCUSS:PRACTICAL STEPS TO EVALUATE POWER COSTSOTHER STEPS-MORE TIME, RESOURCES, AND CAPITALEXPERIENCED BASE TIPS ON REDUCING POWER COSTSEXAMPLES OF POWER REDUCTIONDOWNHOLE WATER SEPARATION TECHNOLOGIESCYLINDER CYCLONE SEPARATORS. POWER COST REDUCTION. PRACTICAL STEPS-
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14. USE KW-H METERS INSTEAD OF AMP METERS TO MEASURE POWER CONSUMPTION WHEN ANALYZING OPERATING COSTS
18. EXAMPLE OF COST REDUCTION IN INJECTION SYSTEM BY OPENING, AND REMOVING CHOKESEXAMPLE OF COST REDUCTION IN INJECTION SYSTEM BY OPENING, AND REMOVING CHOKES
26. A RELATIVELY NEW TECHNOLOGY TO REDUCE THE COST OF HANDLING PRODUCED WATER AT THE SURFACE. DOWS SEPARATE OIL AND GAS FROM PRODUCED WATER DOWNHOLE AND REINJECTS SOME OF THE PRODUCED WATER INTO ANOTHER FORMATION. BENEFITS ARE REDUCTION IN COST AND AN ADDED BENEFIT OF REDUCING POSSIBLE CONTAMINATION FROM CASING AND TUBING LEAKS. GAS-WATER SEPARATION DEVICES SEEM TO BE USED TO A GREATER EXTENT OVER OIL-WATER SEPARATION.A RELATIVELY NEW TECHNOLOGY TO REDUCE THE COST OF HANDLING PRODUCED WATER AT THE SURFACE. DOWS SEPARATE OIL AND GAS FROM PRODUCED WATER DOWNHOLE AND REINJECTS SOME OF THE PRODUCED WATER INTO ANOTHER FORMATION. BENEFITS ARE REDUCTION IN COST AND AN ADDED BENEFIT OF REDUCING POSSIBLE CONTAMINATION FROM CASING AND TUBING LEAKS. GAS-WATER SEPARATION DEVICES SEEM TO BE USED TO A GREATER EXTENT OVER OIL-WATER SEPARATION.