000			02084nab a2200205 4500
005			20260520001100.0
008			260224s2012 xxu
245	0	0	_aCorrosion rate prediction in the liquid collection section of separating tanks _bPart 1: Dependence on temperature, O2, pH, and superficial conditions
260			_a _b _cfeb. 2012
270			_a03/04/2012 ; 03/04/2012
300			_a11 p. ; 025006-1/025001-12
520			_aTranscripción del resumen del autor: The exploitation of oil and gas reservoirs produces oil-gaswater mixtures which are set apart in separating tanks. The main operating risk of these tanks is the presence of aggressive compounds, such as carbon dioxide (CO2) and hydrogen sulfide (H2S), which can cause corrosion in the tank wall, and in the pipes and equipment used in the downstream processes. To assess accurately the integrity of separating tanks, the prediction of the corrosion rate in their water collection section is necessary. In this work, modeling of the operating environments of separating tanks has been carried out from the results of corrosion tests performed using the polarization resistance (Rp) technique. Rp tests were conducted on a SA-516-G70 carbon steel (UNS K02700) using as a medium NACE 1D182 and NACE 1D196, two different brines, without H2S or CO2. The separate and combined effects on the corrosion rate of the corrosion product layers, and of the brine temperature, pH, and oxygen presence were investigated. After measuring the corrosion rate in each environment, mathematical models were proposed and fitted to the observed corrosion rate data. The validation of the proposed models was carried out by comparing their results with those of models reported in the literature, predictions from commercial corrosion-prediction software, and field-measured corrosion rate data.
581			_a2
773	0		_tCorrosion _g68
942			_cARTICULO
100	1		_aMedina Huerta, J.M. _952287
100	1		_aGodínez, J.G. _952288
100	1		_aGonzález, J.L. _952289
999			_c186960 _d186960