Yanshan Petrochemical Chemicals Division adhere to independent innovation, promote clean production, they are with Beijing University of Chemical Technology and the Beijing Institute of Clothing jointly completed the s first three have their own technology, clean production of cumene countries. Not long ago, the results obtained in the 2005 National Science and Technology Progress Award.
Cumene is the production of phenol acetone intermediate, currently the worlds more than 90% of phenol is used as raw material cumene production. As technology advances, the traditional use of aluminum chloride or solid phosphoric acid catalyst for cumene synthesis process, most of them have been transformed into a new use of zeolite as a catalyst process. Compared with the traditional process, the new process has the mild reaction conditions, non-corrosive, non-polluting and intermediate products of cumene good quality and so on.
from the 90s of the last century, Yanhua Chemical Division began a new collaboration with the relevant colleges and universities cumene production technology development, has developed the FX-01, YSBH-1, YSBH-2 catalyst, and have put industrial applications, replacing the aluminum chloride and solid phosphoric acid catalyst such as a traditional form of environmental protection with independent intellectual property rights cumene production technology reached the international advanced level. Where, YSBH-2 catalyst in the Western Division of chemicals phenol acetone plant expansion transformed to replace the FX-01 catalyst for investment applications. In the use of existing reactors and not to increase the amount of catalyst under the conditions of cumene alkylation unit increase annual production capacity of 57%, nearly billion in annual economic benefit. Cumene production technology of new industrial applications, since the input has been eliminated from the source of environmental pollution and equipment corrosion problems, the cumulative reduction of 900,000 tons of sewage, environmental protection and energy saving effect is remarkable.
Cumene clean production technology has a large range of applications and prospects for promotion. Present Yanhua Chemical Division R to complete during the pilot experiment, and put into industrial applications.
中国的10吨的石化工厂，实现清洁生产
燕山石化化工事业部坚持自主创新，推行清洁生产，他们与北京化工大学和北京服装学院大学共同完成了项目，启动中国的10吨油化学厂清洁生产先河，使中国成为世界上第三个拥有自己的技术，清洁生产异丙苯的国家。不久前，所获得的结果在2005年国家科学技术进步奖。
异丙苯是生产苯酚丙酮的中间体，目前世界上超过90％的苯酚是异丙苯为原料，用于生产。随着技术的进步，氯化铝或固体异丙苯合成过程中的磷酸催化剂，其中大部分已投入了沸石作为催化剂进程的新用途改变了传统的使用。相对于传统工艺，新工艺具有反应条件温和，无腐蚀，无污染和异丙苯质量好等中间产品。
从上个世纪90年代
，燕化化工部开始与有关高校异丙苯生产技术发展的新的合作，已开发的FX - 01，YSBH - 1，YSBH - 2催化剂，并已投入工业应用，取代如拥有自主知识产权的异丙苯生产技术达到国际先进水平的环保传统形式的氯化铝和固体磷酸催化剂。凡YSBH - 2在化学品西区分区催化剂苯酚丙酮装置扩建改造，以取代的FX - 01催化剂的投资申请。在现有的反应堆使用，不增加异丙苯烷基化下的单位增加了57％，年生产能力的条件下，催化剂用量，每年近亿元的经济效益。异丙苯工业应用的新的生产技术，由于投入已经从环境污染和设备腐蚀问题的根源xc，90万吨污水，环保，节能效果显着的累积减少。
异丙苯清洁生产技术的应用和大范围的晋升机会。目前燕化化工部的研发人员已经开发出性能更优的YSBH - 3，YSBH - 4催化剂。凡YSBH - 3催化剂在2003年12月通过了鉴定所从2004年燕山石化公司举办的，为大规模工业计划开始在2006年生产的工业应用2005年。 YSBH - 4的一个小试验，在2005年完成的研究催化剂，计划在期间完成了先期试点，并投入工业应用。06.1.28
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