流化催化裂化 ( FCC ) 是最重要的重质油轻质化过程之一.
来源:互联网摘选Technology Experiment to Removing Chemical Aerobe ( COD) From Heavy Oil Sewage
稠油废水去除COD工艺的试验
来源:互联网摘选Chemical upgrading reactions of heavy oil with low sulfur content under steam injection
注蒸气条件下低硫稠油化学改质反应
来源:互联网摘选Advances in downhole catalytic upgrading of heavy oil under steam injection conditions
注汽热采条件下稠油井下催化改质的研究进展
来源:互联网摘选Research on the heavy oil sewage treatment technology with wet steam boiler
稠油污水回用湿蒸汽锅炉处理技术研究
来源:互联网摘选介绍了与Shell煤气化配套的耐硫变换装置采用重油裂化气开车及运行情况。
来源:互联网摘选Basic Research on the Phase Separation Behavior of Residue Blended with Cracked Heavy Oil
渣油掺炼裂解重油混合相分离行为的研究
来源:互联网摘选Optimization Control for Cracking Severity of SRT-ⅳ Heavy Oil Cracker with VAX Computer
SRT-Ⅳ型重质油裂解炉基于VAX机的裂解深度优化控制
来源:互联网摘选The heavy oil catalytic cracker reduce the unit energy consumption analysis
重油催化裂化装置降低机组能耗的分析研究
来源:互联网摘选Application of vortex rapid separation technology in heavy oil catalytic cracker
应用旋流式快分技术改造重油催化裂化装置
来源:互联网摘选Exergy analysis of heat exchanger network of heavy oil catalytic cracker unit
重催装置换热网络的火用分析
来源:互联网摘选此外, 公司还积极拓展海上重型业务,涉及海上石油钻井平台的开发.
来源:互联网摘选介绍了用荧光法测定稠油乳化HLB值的原理及操作方法.
来源:互联网摘选Analysis on feedstock characteristics and operating idea of heavy oil FCCU home and abroad
国内外重油催化裂化装置的原料特点和操作理念浅析
来源:互联网摘选The Effect on the Qulity-improvement Process of Heavy Oil Without Hydrogen from Caot
煤对重油非加氢改质过程的影响
来源:互联网摘选Industry application of MGD technique in heavy oil catalytic cracking unit
重油催化裂化装置MGD技术工业应用
来源:互联网摘选Steam injection has been found to be an efficient way to recover heavy oil.
注蒸汽是开采稠油的一种有效方法.
来源:互联网摘选The results show that heavy oil can undergo aquathermolysis in steam injection process.
研究结果表明,在注蒸汽开采条件下,辽河稠油可以发生水热裂解反应.
来源:互联网摘选
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