If oil is the blood industry, catalytic process technology is an important guarantee for the quality of blood. 20 years ago, academicians Min Rui En Zemin to the amorphous alloy catalyst materials research as a Research Institute of Petroleum-oriented basic research focus of the work. Today, the s oil refining industry turned a new page. The technology won the State Technological Invention Prize in 2005.
According to reports, in the chemical field, the catalyst is the core, reaction engineering is the foundation. Raney nickel catalyst in the current widely used in petroleum refining, Chinas annual consumption of 1 million tons. This catalyst not only in the manufacturing process there is environmental pollution, it has used in tank-type reactor, the reaction is inefficient, difficult to separate. Therefore, catalytic materials, amorphous alloys have been home and abroad, research institutions, universities research hot spots.
break through a uniform magnetic field amplification, as well as a suitable catalytic material such difficult, by amorphous crystalline structure of the catalyst, thus enabling the production of extensive use of Raney nickel catalyst for hydrogenation to achieve a qualitative leap in performance, and the combination of magnetically stabilized bed is technically a uniform magnetic field and the magnetic properties of amorphous alloy catalyst for the formation of magnetically stabilized bed reactor technology, for the first time in the international community realized the amorphous state catalyst and magnetically stabilized bed reactor technology in industrial applications, greatly improved the reaction effect of making our hydrogenation technology to achieve leaps and bounds.
learned that at present the project has applied for 41 patents in China, of which 26 have been authorized to apply for foreign patents 4, in the United States have been authorized in order to establish a complete independent intellectual property rights protection networks. To date, the amorphous alloy catalyst has been used to Sinopec Baling Company caprolactam hydrogenation catalyst for the process of import substitution for the transformation of the foreign subsidiaries of Sinopec Shijiazhuang Refining caprolactam oxidation technology for hydrogenation, but also for a number of drugs hydrogenation of intermediates and glucose production enterprises. Amorphous alloy catalyst and magnetically stabilized bed integration have been used in Sinopec Shijiazhuang Branch. Baling Company, and Sinopec Maoming Company, Luoyang Branch conducted an industrial survey lines, respectively, and completed a pilot test.
石油催化工艺技术是一个突破，在打开新的石油精炼
如果石油是工业的血液，催化工艺技术，是对血液质量的重要保证。 20年前，两院院士Min芮哦嗯jzm的非晶态合金催化剂材料的研究，作为石油研究所为导向的基础研究工作的重点。今天，“非晶态合金催化剂和磁稳定床反应器技术创新和科技一体化”世界炼油业蓬勃发展翻开了新的一页。该技术在2005年荣获国家技术发明奖。
据报道，在化学领域，催化剂是核心，反应工程是基础。雷尼在目前广泛使用的镍炼油催化剂，中国的年消费量100万吨。这不仅在生产过程中的催化剂有环境污染，并已采用箱式反应器，反应效率低，难以分开。因此，催化材料，非晶态合金，国内和国外研究机构，大学的研究热点。
“非晶态合金催化剂和磁稳定床反应器技术创新与集成技术”突破一均匀磁场放大，以及合适的催化材料等困难，由非晶态催化剂的晶体结构，从而使生产雷尼的加氢实现质的飞跃的性能镍催化剂的广泛使用，以及磁稳定床组合是技术上均匀磁场和对磁稳定床反应器技术形成的非晶态合金催化剂的磁性的，在国际社会中首次实现了非晶态催化剂和磁稳定床反应器在工业应用技术，大大提高了使我们的加氢技术实现跨越式反应的影响。
据悉，目前该项目已申请在中国41个，其中26人被授权申请外国专利4项专利，在美国，已核准，以便建立一个完整的自主知识产权保护网。迄今为止，非晶态合金催化剂已用于中石化巴陵公司己内酰胺的进口替代的中石化石家庄炼油己内酰胺氧化技术的国外子公司的加氢转化过程加氢催化剂，而且一些yw的中间体加氢和葡萄糖生产企业。非晶态合金催化剂和磁稳定床一体化已用于中石化石家庄分公司。巴陵公司，茂名石化公司，洛阳分公司进行了工业测线，分别完成了中试。06.1.24
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