提高硫磺装置的可靠性和效率

Zhenhai Liu, M. Agung, Jan Kiebert
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引用次数: 0

摘要

ADNOC在Das Island设施上的液化天然气由三个工艺流程组成。每列列车包含一个硫回收单元(SRU),其中包括一个三级Claus单元和一个SUPERCLAUS®单元。在过去的5年中,这些sru的平均可靠性为85.7%,远低于LNG组基准值的98%。在Clause模式下计算出的硫回收率在92% ~ 96%之间,远低于97.5%的目标值。SRU的可靠性和效率继续对硫生产损失、燃烧和排放产生负面影响。本文描述了ADNOC LNG为解决这些问题所采取的纠正措施,以提高SRU的可靠性和效率,并最大限度地减少生产损失和燃烧。实施这些纠正措施后,SRU的可靠性提高了8%。在Clause模式下,硫的回收效率提高了3.1%,显著减少了燃除和排放,增加了硫的产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Improving Sulphur Plant Reliability and Efficiency
ADNOC LNG on Das Island facility consists of three process trains. Each train contains one Sulphur Recovery Unit (SRU) which comprises a three-stage Claus unit followed by a SUPERCLAUS® unit. In the past 5 years, average Reliability of these SRUs is 85.7%, much below 98% of the LNG group benchmark value. The calculated Sulphur recovery efficiency in Clause mode is between 92% to 96% which is well below the target value of 97.5%. The SRU reliability and efficiency continue to have a negative impact on Sulphur production loss as well as flaring and emissions. This paper describes corrective actions taken by ADNOC LNG to address these issues in order to improve SRU reliability and efficiency and to minimize production losses and flaring. The implementation of these corrective actions has resulted in 8% improvement on SRU reliability. Sulphur recovery efficiency under Clause mode increased by 3.1%, leading to a significant reduction on flaring and emission, as well as increase on Sulphur production.
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