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Wax inhibitor performance comparison for waxy crude oil from Fang oilfield

机译:方油田蜡质原油的蜡抑制剂性能比较

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In petroleum chemistry, waxy oil from paraffins can cause operating problems for oil production. The chemical method is used to remove by using chemicals or additives to prevent the wax problem. In this study, the performance of wax inhibitor are evaluated by the measurement of pour-point reduction and wax deposition of crude oil from Mae Soon area, Fang oilfield. Wax deposition is determined by cold finger technique. Wax inhibitors, hexane, Poly(maleic anhydride-alt-1-octadecene) (PMAO) and monoethanolamine (MEA) are mixed in oil sample at various concentrations. From the experiment, it is presented that hexane is used to reduce pour-point temperature up to 19.55 % and to reduce wax deposit up to 92.56 %. Moreover, MEA and PMAO have less effect on pour-point reduction. However, they have high efficiency to prevent wax deposition. PMAO provide the better wax deposition performance than MEA. The amount of wax deposit is lower at the same conditions. The percentage of wax deposit is from 39.19 % to 83.02 % for MEA and from 58.54 % to 88.51 % for PMAO. Furthermore, from the results, the preferred concentration of hexane can be at 10 % and PMAO can be 7500 ppm at low temperature or 5000 ppm for higher temperature. The results of this research can be applied to the practical way for wax deposition prevention operation in Mae Soon area in Fang oilfield to reduce the wax problem in the future.
机译:在石油化学中,来自石蜡的蜡质油可能导致石油生产的操作问题。通过使用化学品或添加剂来除去化学方法以防止蜡问题。在这项研究中,通过测量来自MAE的倾吐减少和蜡沉积来自MAE的Fang油田的原油的倒点减少和蜡沉积来评估蜡抑制剂的性能。蜡沉积由冷手指技术确定。蜡抑制剂,己烷,聚(马来酸酐-At-1-十八烯)(PMAO)和单乙醇胺(MEA)以各种浓度混合在油样中。从实验中,提出了己烷用于将倒点温度降低高达19.55%,并将蜡沉积物降低至92.56%。此外,MEA和PMAO对倾点降低影响较小。然而,它们具有高效率以防止蜡沉积。 PMAO提供比MEA更好的蜡沉积性能。在相同条件下蜡沉积量较低。蜡矿床的百分比为MEA的39.19%至83.02%,58.54%达88.51%,适用于PMAO。此外,从结果中,优选的己烷浓度可以为10%,PMAO可以在低温下为7500ppm,或者在5000ppm下进行较高温度。该研究的结果可以应用于湄紫外线湄公河地区的蜡沉积防止运作的实用方法,以减少未来蜡问题。

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