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APC Implementation in Chandra Asri - Ethylene Plant

机译:APC在Chandra Asri - 乙烯厂的实施

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摘要

Nowadays, the modern process plants are continuously improved for maximizing production, Optimization of the energy and raw material and reducing the risk. Due to many disturbances appearance between the process units, hence, the failure of one unit might have a bad effect on the overall productivity. Ethylene Plant have significant opportunities for using Advanced Process Control (APC) technologies to improve operation stability, push closer to quality or equipment limit, and improve the capability of process units to handle disturbances. APC implementation had considered a best answer for solving multivariable control problem. PT. Chandra Asri Petrochemical, Tbk (CAP) operates a large naphtha cracker complex at Cilegon, Indonesia. To optimize the plant operation and to enhance the benefit, Chandra Asri has been decided to implement Advance Process Control (APC) for ethylene plant. The APC implementation technology scopes at CAP are as follows: 1.Hot Section : Furnaces, Quench Tower 2.Cold Section : Demethanizer, Deethanizer, Acetylene Converter, Ethylene Fractionator, Depropanizer, Propylene Fractionator, Debutanizer
机译:如今,现代化的工艺植物被连续改善,以最大限度地提高生产,优化能量和原料并降低风险。由于过程单元之间的许多干扰外观,因此,一个单元的失败可能对整体生产率产生不良影响。乙烯工厂使用先进的过程控制(APC)技术来提高操作稳定性的重要机会,推动更接近质量或设备限制,并提高工艺单元处理干扰的能力。 APC实现被认为是解决多变量控制问题的最佳答案。 Pt。 Chandra Asri Petrochemical,TBK(Cap)在印度尼西亚Cilegon的大型石脑油薄脆饼干综合体运营。为了优化植物操作并增强益处,已决定为乙烯厂实施先进的过程控制(APC)。 CAP的APC实现技术范围如下:1。开关部分:炉子,淬火塔2.计算机,脱六角,乙炔转换器,乙烯分子,丙烯分子,丙烯分级,脱丹丹

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