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A large number of application cases at home and abroad show that refineries can achieve remarkable economic benefits by adopting gasoline pipeline blending optimization and automatic control technology. At present, in many online quality analysis technologies, the near-infrared spectroscopy technology is the most widely used one [1–4]. According to statistics, in all gasoline blending devices at home and abroad, more than 95% of the devices use the near-infrared spectroscopy technology, and only a few use the online nuclear magnetic resonance or online Raman technology.

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Research and Application in Gasoline Blending Unit

  • 章节

  • 发表日期：

    2026年

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  • Xiaoli Chu,
  • Pu Chen,
  • Yupeng Xu,
  • Jingyan Li

摘要

A large number of application cases at home and abroad show that refineries can achieve remarkable economic benefits by adopting gasoline pipeline blending optimization and automatic control technology. At present, in many online quality analysis technologies, the near-infrared spectroscopy technology is the most widely used one [1–4]. According to statistics, in all gasoline blending devices at home and abroad, more than 95% of the devices use the near-infrared spectroscopy technology, and only a few use the online nuclear magnetic resonance or online Raman technology.