Modulated AC/DC Crude Desalting Technology Application & Best Practices

R. White, S. Mulas, P. Domini, Miguel Lopez, Faris Abusittah
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Abstract

The Modulated AC/DC Crude Desalting technology was successfully commissioned at several Saudi Aramco facilities. Enhancements to desalting performance and optimization of plant operating expenditures were realized. Benefits of the Modulated AC/DC Desalting technology, installation and operational best practices and a comparison to conventional AC technology is shared in the paper. The conventional AC desalting technology was replaced with the Modulated AC/DC Crude Desalting technology at some Saudi Aramco facilities. After the successful commissioning, the performance of the new units was tested in one of these facilities to identify operating limits, such as maximum water cut and minimum demulsifier injection at the production header, in which the stable operation is sustainable. A comparison of the performance of the technology compared to that of previous conventional AC desalting technology was conducted through analysis of grid/plate voltage stability, demulsifier injection rate, wash water rates and crude quality parameters. Some enhancements to the process were also introduced which resulted in realizing additional benefits. The technology resulted in several benefits, including: (1) A reduction in the required demulsifier injection rate during the testing period compared to the same time period from the previous year, leading to significant cost savings; (2) Ability to maintain normal operations beyond the design water cuts of the facility; (3) No major grid outages since installation; (4) Additional data that can be used to diagnose separation performance as each transformer provides a number of feedback signals to DCS that are good indicators of the separation process. Based on the observations and analysis, the Modulated AC/DC Crude Desalting Technology has several advantages over the conventional AC Crude Desalting Technology in regards to crude desalting performance and process stability. The Modulated AC/DC Crude Desalting technology at Saudi Aramco was the first installation in Saudi Arabia for Arab Light crude oil. The paper captures Saudi Aramco’s experience and best practices that other companies can find beneficial in their efforts to maintain crude quality and reduce operating expenditures.
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调式交/直流原油脱盐技术的应用及最佳实践
调制AC/DC原油脱盐技术已在沙特阿美的几个工厂成功投入使用。实现了脱盐性能的提高和设备运行费用的优化。本文分享了调制AC/DC脱盐技术的优点、安装和操作最佳实践以及与传统AC技术的比较。在沙特阿美的一些设施中,传统的交流脱盐技术被调制AC/DC原油脱盐技术所取代。在成功调试后,在其中一个设施中对新装置的性能进行了测试,以确定运行限制,例如生产集管的最大含水率和最小破乳剂注入量,在这些限制下稳定运行是可持续的。通过对电网/板电压稳定性、破乳剂注入量、洗涤水量和原油质量参数的分析,对比了该技术与以往常规交流脱盐技术的性能。还介绍了该过程的一些增强功能,从而实现了额外的好处。该技术带来了几个好处,包括:(1)与去年同期相比,测试期间所需的破乳剂注入速率降低了,从而显著节省了成本;(2)超出设施设计含水层的正常运行能力;(3)安装后未发生电网大停电;(4)可用于诊断分离性能的附加数据,因为每个变压器向DCS提供一些反馈信号,这些信号是分离过程的良好指标。通过观察和分析,与传统的交流原油脱盐技术相比,调制AC/DC原油脱盐技术在原油脱盐性能和工艺稳定性方面具有诸多优势。沙特阿美公司的调制AC/DC原油脱盐技术是沙特阿拉伯第一个用于阿拉伯轻质原油的装置。这篇论文总结了沙特阿美的经验和最佳实践,其他公司可以在保持原油质量和减少运营支出方面找到有益的方法。
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