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Optimal Design and Control of a Catalytic Distillation Column. Case Study: Ethyl Tert-Butyl Ether (ETBE) Synthesis Column

机译:催化蒸馏塔的最佳设计与控制。案例研究:乙基叔丁基醚(ETBE)合成柱

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Most of the chemical processes include two of the most important operations, chemical reaction and thermodynamic separation. These two operations are used to be carried out in different equipment. The reactions take place in different equipment, called reactors (continuously stirred tank reactors -CSTR-, tubular reactors or batch reactors, among others), and are operated under different conditions. On the other hand, the separation is usually made by different unitary operations (distillation, extractions, crystallization, absorption, among others) being the distillation by far the most common one [1]. Distillation is the most popular liquid mixture separation technique in the chemical and in the oil industry. The energy requirement of this operation can represent up to 40% of the whole plant’s energy requirement [2], [3].
机译:大多数化学方法包括两种最重要的操作,化学反应和热力学分离。这两个操作用于在不同的设备中进行。反应发生在不同的设备中,称为反应器(连续搅拌釜反应器-Cstr-,管状反应器或分批反应器等),并在不同的条件下操作。另一方面,分离通常通过不同的整体操作(蒸馏,提取,结晶,吸收,其中等)是迄今为止最常见的蒸馏[1]。蒸馏是化学品和石油工业中最流行的液体混合物分离技术。该操作的能源需求可达全厂能源需求的高达40%[2],[3]。

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