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兰州石化催化裂化催化剂技术发展概述

OVERVIEW OF THE DEVELOPMENT OF CATALYTIC CRACKING CATALYST TECHNOLOGY IN LANZHOU PETROCHEMICAL COMPANY
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摘要 现代石油、化工、生化、环保等工业领域,大约90%以上的工业过程与催化技术密切相关并涉及催化剂的应用,催化技术是促进现代工业发展不可替代的关键技术。中国石油兰州石化公司(简称兰州石化)催化剂厂于1964年建成投产,是我国第一座炼油催化剂生产厂,在这里诞生了石油战线“五朵金花”之一的小球催化剂,被誉为中国催化裂化催化剂的摇篮。60多年的发展过程中,兰州石化催化剂业务始终聚焦国家能源安全和绿色低碳发展重大需求,始终传承大庆精神、铁人精神,研发出4大系列50多个品种的催化剂,研发成果全部实现了产业化,为建成世界单套产能最大的催化剂生产装置提供了关键核心技术,打造出完全自主可控的催化剂产业链。 Catalysis technology is an irreplaceable key technology that promotes the development of modern industry.In modern industries such as petroleum,chemical,biochemical,and environmental protection,over 90%of industrial processes are related to catalysis technology and involve the application of catalysts.The catalyst plant of the PetroChina Lanzhou Petrochemical Company(referred to as LPC)was completed and put into operation in 1964.It was the first petroleum processing catalyst production plant in China,where the small ball catalyst,one of the“Five Golden Flowers”of the petroleum front,was born.It is known as the cradle of catalytic cracking catalysts in China.In the development process of more than 60 years,LPC’s catalyst business has always focused on the major needs of national energy security and green low-carbon development.It has always inherited Daqing and iron man spirit,and has developed 4 series and 50 varieties of catalysts.All research and development achievements have been industrialized,also providing key core technologies for building the world’s largest single catalyst production device capacity and creating a completely independent and controllable catalyst industry chain.
作者 高雄厚 秦松 刘宏海 陈军 邹旭彪 刘涛 张海瑞 Gao Xionghou;Qin Song;Liu Honghai;Chen Jun;Zou Xubiao;Liu Tao;Zhang Hairui(PetroChina Lanzhou Petrochemical Company,Lanzhou 730060;Lanzhou Petrochemical Research Centre,PetroChina Petrochemical Research Institute;Kungang Advanced Manufacturing(Beijing)Co.,Ltd.)
出处 《石油炼制与化工》 北大核心 2025年第5期33-36,共4页 Petroleum Processing and Petrochemicals
关键词 催化裂化 催化剂 汽油 烯烃 分子筛 原位晶化 catalytic cracking catalyst gasoline olefin molecular sieve in-situ crystallization
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