首页> 外文会议>AIChE spring meeting;Global congress on process safety >ADVANCED CATALYTIC OLEFINS (ACOTM): FIRST COMMERCIAL DEMONSTRATION UNIT BEGINS OPERATIONS
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ADVANCED CATALYTIC OLEFINS (ACOTM): FIRST COMMERCIAL DEMONSTRATION UNIT BEGINS OPERATIONS

机译:先进的催化烯烃(ACOTM):第一个商业示范单位开始运营

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With the number of new ethane-based crackers coming on line in the next fewyears, it is anticipated that the traditional source of nearly two-thirds of the world’s propylene,steam crackers, will fall short of demand. Thus, there is great interest in new propylene-onpurposetechnologies. One such technology is the Advanced Catalytic Olefins (ACOTM)process, an FCC-type process which cracks straight run feeds such as naphtha (already thefeed source for approximately half of the world’s ethylene production) to large quantities ofpropylene and ethylene. Compared to a traditional steam cracker, ACO produces significantlymore propylene (typical P/E production ratio is approximately 1:1) and more total olefins atlower energy consumption and CO_2 footprint. A description of the ACO process is provided,along with an economic comparison to steam cracking when processing a typical naphthafeed. A description of the ACO Demonstration Unit constructed by SK Global Chemical(formerly SK Energy) at its site in Ulsan, Korea, the first commercial demonstration of ACOtechnology, is also provided, including a summary of early operations which began in 4Q10.
机译:在接下来的数年中,随着新的基于乙烷的饼干的数量不断增加 几年来,预计世界上将近三分之二的丙烯是传统的来源, 蒸汽饼干,将无法满足需求。因此,人们对新型丙烯基用途产生了浓​​厚的兴趣。 技术。一种这样的技术是高级催化烯烃(ACOTM) 流程,这是一种FCC型流程,可裂开石脑油等直馏进料(已经 约占世界乙烯产量的一半的饲料来源) 丙烯和乙烯。与传统的蒸汽裂解装置相比,ACO的产量显着提高 更多的丙烯(典型的P / E产出比约为1:1)和更多的总烯烃 降低能源消耗和CO_2足迹。提供了ACO流程的说明, 以及在处理典型石脑油时与蒸汽裂解的经济比较 喂养。 SK Global Chemical建造的ACO示范单位的说明 (原SK Energy)在韩国蔚山的工厂,这是ACO的首个商业演示 还提供了相关技术,包括从2010年第四季度开始的早期运营摘要。

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