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The most common remedial treatment includes the use of potentially corrosive acid solutions. Acidic fluids can include different types of acids, such as hydrochloric (HCl), acetic, formic, or combinations of such acids. Typically, there is a correlation between the efficiency of these scale dissolvers and their corrosivity. In the attempt to increase production through effective scale removal, there is a risk of jeopardizing the integrity of the well construction materials. This paper discusses the qualification methodology applied in the search for effective scale dissolvers with low corrosivity.
Acceptance Criteria, acid system, asphaltene inhibition, asphaltene remediation, case 2, Corrosion Inhibition, Corrosion Management, Corrosion Testing, cr-80, exposure, flowline corrosion, H2S management, high temperature, Houston, hydrate inhibition, Hydrate Remediation, lower temperature, magnification, manuscript, materials and corrosion, oilfield chemistry, paraffin remediation, permission, Pipeline Corrosion, Production Chemistry, Publication Division, qualification, qualification program, remediation of hydrates, reservoir temperature, riser corrosion, scale inhibition, scale remediation, specimen, Subsurface Corrosion, temperature profile, texas 77084, Upstream Oil & Gas, wax inhibition, wax remediation, well integrity
Country:
- Europe (0.70)
- North America > United States > Texas (0.19)
SPE Disciplines: