2) continuous finishing line
连续精整线
1.
Introduction of continuous finishing line of Huchang Special Steel Co.,Ltd;
沪昌特钢连续精整线介绍
3) CCR
连续重整
1.
IMPACT OF PROCESSING HIGH RATIO HYDROTREATED COKER NAPHTHA IN CCR UNIT;
掺炼高比例加氢后焦化汽油对连续重整装置的影响
2.
APPLICATION OF ADVANCED PROCESS CONTROL IN CCR UNIT;
先进过程控制在连续重整装置中的应用
3.
Application of APC on CCR and Aromatic Extraction United Unit;
先进控制在某连续重整-芳烃抽提联合装置中的应用
4) Continuous Catalytic Reforming
连续重整
1.
The text analyses the energy consumption of Qilu 600 kt/a Continuous Catalytic Reforming Unit,finds out the reasons of higher energy consumption and presents modification measures,obtaining good results and providing a method and clue of thoughts for energy saving and consumption decreasing of the unit of the same kind.
对600 kt/a连续重整装置能耗进行分析,找出能耗偏高的原因。
2.
0 Mt/a continuous catalytic reforming unit of Huizhou refinery,and the content of chlorine in the regeneration gas is 0.
0 Mt/a连续重整装置的催化剂再生气排放量为1。
3.
It is concluded that the continuous catalytic reforming process is still the most competitive process in petroleum refining industry.
指出目前连续重整为最有竞争力的工艺,大力发展芳烃等石油化工行业,加快连续重整生产工艺的国产化,打破长期以来国外公司对连续重整技术的垄断,有利于我国催化重整的可持续发展。
5) continuous reforming
连续重整
1.
Simulation of continuous reforming recontacting process;
连续重整再接触工艺过程模拟
2.
Commercial trial production of RC011 continuous reforming catalyst;
RC011连续重整催化剂的工业试生产
3.
Aiming at energy consumption of UOP second generation continuous reforming unit in Refinery of Beijing Yanshan Petrochemical Co.
针对中国石油化工股份有限公司北京燕山分公司炼油厂UOP第二代连续重整装置运行能耗状况, 通过采取适当提高反应压力,优化再接触操作条件,提高单台氢气增压机输送量等措施,达到了节约电耗的目的。
6) continuous dressing
连续修整
1.
In this paperthe continuous dressing was used in the grinding of Iron/HPSN-hybridcomponent with diamontwheel in order to stabilize the grinding process.
本文以磨削过程的平稳为目标,在用金刚石砂轮磨削铸铁/高压氮化硅合成部件时,采用了对砂轮的连续修整技术。
补充资料：钢锭精整
钢锭精整
ingot finish
gangding Jingzheng钢锭精整(i ngot finish)依据相应的技术条件，检查并清除钢锭表面缺陷并对钢锭质量加以判定的作业。精整方法有车床剥皮、砂轮修磨、风铲铲削及火焰清理等。对优质钢和合金钢，最普遍采用的是砂轮修磨。钢锭表面裂纹、重接、夹渣、结疤、表面气泡及深度大于4mm的麻点等缺陷，必须清除干净。清理处的凹坑应圆滑无棱角，且保证凹坑的深:宽:长达到1:4:6。高合金钢和某些裂纹敏感的钢种，钢锭修磨时应防止在一处长时间研磨或用力过大，以避免产生研磨裂纹。某些铁素体钢，如iCrx7，ooCrlsMoZ等要求在钢锭保持一定温度时精整，否则也会产生研磨裂纹，钢锭表面缺陷严重、清理深度过大时，钢锭应判废或判切去一部分。一般规定，7。。kg以下钢锭清理深度超过25mm者、大钢锭清理深度超过35mm者以及短锭、未达到冒口规定浇高的镇静钢钢锭、严重冒涨或下陷的沸腾钢钢钦均判废。带有严重的纵、横裂纹和重接的钢锭，可不经清理直接判废。精整合格后的钢锭方可检尺、检斤入库。 (艾慰心姜永林)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条