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兰州连城铝厂工程师、技术科副科长潘玉星同志及崔树德同志,查阅了我厂技术档案室大量的电解槽生产工艺图纸资料,深入生产现场,积极组织有关生产单位的人员,经过反复的调查,提出了实施方案.配合大修车间等单位,组织进行了“铝冶炼电解槽小头增设钉棒及平衡母线”的攻关革新项目的施工任务.在设计革新项目过程中,由于技术档案室人员积极主动地配合工作,提供利用了存档的电解槽生产工艺档案共9本、209张为参考依据,并经过多次的查阅核对,从而缩短了攻关革新项目的设计周期,于1983年下半年完成了设计方案,1984年初就开始批量安装.并拟定在1985年全部完成两个电解系列的336台电解槽的改造任务.现根据实验和检测的经济效果来看,预计
Lanzhou Liancheng Aluminum Plant engineers, Comrade Pan Yuxing, deputy chief of technology and Comrade Cuishu De visited a large number of electrolytic tank production process drawings and information in our technical archives, went to the production site and actively organized the production units, after repeated investigations, put forward The implementation of the program.With the overhaul workshop and other units, organized the “aluminum smelting electrolytic cell small head additional bar and balance bus ” key task of innovation projects.In the design of innovative projects, the technical staff of the staff room active Take the initiative to cooperate with the work to provide access to the archives of the production process of a total of 9 files, 209 as a reference basis, and after many inspection check, which shortened the key innovation project design cycle completed in the second half of 1983 Design program, began mass installation in early 1984. And to complete the completion of the transformation of the two electrolysis series of 336 cell electrolysis task in 1985. Based on the experimental and testing of the economic results, it is estimated