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An Environmentally Friendly Scale Inhibitor
CORROSION 1999, 1999Abstract This paper describes a method of inhibiting the formation of scales such as barium and strontium sulfate in low pH aqueous systems, and calcium carbonate in systems containing high concentrations of dissolved iron. The solution, chemically, involves treating the aqueous system with an inhibitor designed to replace organic ...
James B. Dobbs, J. Mike Brown
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The Performance of Scale Inhibitors in the Inhibition of Iron Carbonate Scale
Proceedings of SPE Formation Damage Control Symposium, 1994Abstract A potential mechanism for part of the production decline observed in the Prudhoe Bay field is siderite (iron carbonate) scale deposition. This laboratory investigation focused on evaluating the effect of the existing downhole scale inhibitor program on the proposed siderite formation damage mechanism.
B. G. Kriel, C. A. Lacey, R. H. Lane
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Development of a Mineral Scale Inhibitor
Corrosion, 1961The expense attributable to scaling in oil producing operations totals many millions of dollars annually. Causes of precipitation and deposition are fairly well understood but better methods of control are needed. In order to evaluate chemical scale inhibitor components, a laboratory testing device was designed.
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Scale Inhibitors for Geothermal Applications
SPE International Conference on Oilfield Scale, 2012AbstractSiliceous scaling deposition from geothermal brine is recognized as detrimental to the smooth operation of steam generation and injection facilities; the control of such deposition is costy and less well understood. Scales normally encountered in geothermal wells are often different from the conventional cases.
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Bioinspired “Green” Scale Inhibitors for Mitigation of Silica Scales.
2017Abstract. Marine biological systems annually process 6.7 gigatons of “Si”. Diatoms and other marine organisms stabilize high concentrations of “soluble silica” (~ 19-340 mM, depending on the diatom species) prior to biosilica formation.
Argyro Spinthaki +1 more
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Bioinspired “Green” Scale Inhibitors for Mitigation of Silica Scales
CORROSION 2016, 2016Abstract Marine biological systems annually process 6.7 gigatons of “Si”. Diatoms and other marine organisms stabilize high concentrations of “soluble silica” (~ 19-340 mM, depending on the diatom species) prior to biosilica formation. It is believed that Nature can achieve that by the intervention of, unknown as of yet, biopolymers that
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Molecular dynamics simulation and DFT calculation of “green” scale and corrosion inhibitor
Computational Materials Science, 2021Ying Chen, Yuning Liang
exaly
Anti-scale performance degradation of carboxylic acid scale inhibitors under corrosion conditions
Corrosion Science, 2023Lida Wang, Zhengqing Yang, Piji Zhang
exaly