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Microbial contamination in the development of unconventional oil and gas formations can cause numerous problems, including formation plugging, microbial induced corrosion, and well souring, all of which can have a negative effect on well productivity and quality of oil and gas. The most common method to control microbial contamination during stimulation of unconventional oil and gas formations is through the use of biocides. Traditional oil and gas biocides such as glutaraldehyde/quaternary ammonium blends struggle to provide effective microbial control under the severe conditions encountered during stimulation of unconventional oil and gas formations.
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Wells in South Burgan field showed increase in water cut with drop in oil production. Some showed scale formation. Fluid sampling, radiography and ultrasonic thickness scanning were done. Recommendations were made for controlling internal corrosion and scaling. Work carried out is detailed.
ANSI/NACE MR0175/ISO 15156 standard in context of the corrosion science and the forms of cracking that led to its development. Usage. User Support. Documents. Laboratory tests to confirm cracking resistance of materials in O & G environments. 2016 NACE E-BOOK
This paper reviews current observations from the offshore oil fields and presents the potential biotic and abiotic mechanisms to magnetite formation.
Acid stimulation is a growing practice in the deep water subsea environment. Two acids were tested, one of hydrofluoric and acetic acids and another of hydrofluoric, hydrochloric, and acetic acids. Results and outlines recommendations for different alloys are presented.
Control of down-hole corrosion in and around sucker rod threads. Selection of lubricant and use of corrosion inhibitors against the effects of corrosive well fluids. Historical Document 1988
Corrosion inhibitors to provide protection of sucker-rod threads and box cavities against corrosive well fluids and to protect the threads from galling. Inhibited lubricants and tests to select. Historical Document 1995
This standard defines requirements for inhibited lubricants and suggests types of tests. Simulated sweet, sour, aerated, or combination environments with simulated or actual field fluids. Historical Document 1995
Metallic material requirements for resistance to sulfide stress cracking (SSC) for petroleum production, drilling, gathering and flowline equipment, and field processing facilities to be used in H2S-bearing hydrocarbon service. Historical Document 1993
DOWNLOADABLE HISTORICAL DOCUMENT. This NACE standard (material requirements) is one step in a series of committee studies, reports, symposia, and standards that have been sponsored by Group Committee T-1 (Corrosion Control in Petroleum Production) relating to the general problem of sulfide stress cracking (SSC) of metals. Much of this work has been directed toward the oil and gas production industry. Many of the guidelines and specific requirements in this standard are based on field experience with the materials listed, as used in specific components, and may be applicable to other components and equipment in the oil production industry or to other industries. Users of this standard must be cautious in extrapolating the content of this standard for use beyond its scope.
HISTORICAL DOCUMENT. Metallic material requirements for sucker-rod pumps in oilfield environments. Recommended materials for mild, moderate, and severe metal-loss corrosion. Properties of pump barrel and plunger materials.
This standard specifies metallic material requirements for the construction of sucker-rod pumps for service in corrosive oilfield environments. American Petroleum Institute (API) Spec 11AX provides dimension requirements that ensure the interchangeability of component parts. However, that document does not provide material specifications or guidelines for the proper application of various API pumps. API RP 11AR lists the general advantages and disadvantages of the various pump types and lists the acceptable materials for barrels and plungers; API RP 11BR and NACE SP0195 supplement API Spec 11AX by providing corrosion control methods using chemical treatment. This standard is intended for end users (e.g., production engineers) and equipment manufacturers to supplement the use of the aforementioned API and NACE publications.