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首页> 外文期刊>Petroleum Science and Technology >Monitoring the Key Components and Elimination of Asphaltenes Precipitation in Crude by a New Alternative Route
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Monitoring the Key Components and Elimination of Asphaltenes Precipitation in Crude by a New Alternative Route

机译:通过新的替代方法监测原油中沥青质的关键成分和消除方法

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The crude composition was determined by distillation on a true boiling point apparatus individually. Then crude naphthas were introduced to a gas chromatograph and asphaltenes were determined by extraction. Quantities of key components were calculated by prescribed mathematical equations. On the basis of relative quantities of key components, 21 blends of 12 crudes were prepared caused asphaltenes precipitation in desalter. Seven blends remained successful, causing no further asphaltenes precipitation, and one of the successful blends was chosen to prepare a batch of 55,000 barrels and was passed through desalter. No further asphaltenes precipitation was found during the whole operation.
机译:通过在真沸点设备上分别蒸馏确定粗组成。然后将粗石脑油引入气相色谱仪,并通过萃取确定沥青质。通过规定的数学方程式计算关键成分的数量。根据关键组分的相对数量,制备了十二种原油的21种共混物,这些混合物是由沥青质在脱盐器中沉淀引起的。七个共混物保持成功,没有进一步的沥青质沉淀,并且选择了其中一个成功的共混物以制备55,000桶的批次并通过脱盐器。在整个操作过程中没有发现更多的沥青质沉淀。

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