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07063 LONG TERM SCALE PREVENTION WITH THE PLACEMENT OF SOLID INHIBITOR IN THE FORMATION VIA HYDRAULIC FRACTURING

Picture for 07063 LONG TERM SCALE PREVENTION WITH THE PLACEMENT OF SOLID INHIBITOR IN THE FORMATION VIA HYDRAULI
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Product Number: 51300-07063-SG
ISBN: 07063 2007 CP
Author: J. Mike Brown and Steve Szymczak
Publication Date: 2007
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Mineral scale formation is a problem for oil and gas operators that can result in deterioration of assets, increased lifting costs and lost production.1 Scale which forms in or at the perforations can only be prevented by placing scale inhibitor in the producing formation via some type of reservoir displacement technique commonly referred to as a squeeze. Operators desire inhibition that will last as long as possible and minimize the production interruption for treatment. In reservoir formation types that exhibit known scaling problems, scale inhibition treatment can be initiated during the completion stage using a solid inhibitor integrated into the hydraulic fracturing program. Treatments of this type can result in deep reservoir placement of inhibitor without large amounts of introduced water frequently needed with traditional squeeze treatments. Data presented in this paper illustrate the superior performance and longevity of these types of treatments.
Mineral scale formation is a problem for oil and gas operators that can result in deterioration of assets, increased lifting costs and lost production.1 Scale which forms in or at the perforations can only be prevented by placing scale inhibitor in the producing formation via some type of reservoir displacement technique commonly referred to as a squeeze. Operators desire inhibition that will last as long as possible and minimize the production interruption for treatment. In reservoir formation types that exhibit known scaling problems, scale inhibition treatment can be initiated during the completion stage using a solid inhibitor integrated into the hydraulic fracturing program. Treatments of this type can result in deep reservoir placement of inhibitor without large amounts of introduced water frequently needed with traditional squeeze treatments. Data presented in this paper illustrate the superior performance and longevity of these types of treatments.
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