重油

对生活污水、重油催化废水、针织染纱废水和大化焦化废水等有很好的除浊功能和较好的COD去除效果。

And it also has a high ability to remove the turbidity of domestic sewage , catalyzed dead oil wastewater , dyeing wastewater in knitting plant and wastewater generated in the coking process in chemical plant and to degrade their values of COD .

本文分析了燃烧重油柴油机排气阀的失效机理。

This paper analyzes the mechanism of invalidity of the exhaust valves of diesel engines using dead oil .

浅谈玛连尼MAP系列沥青拌和楼重油选择标准

Selecting Standards of Heavy Oil for MARINI MAP Series of Asphalt Mixing Plants

重油催化裂化吸收稳定系统降低液态烃C2含量的分析

Heavy oil catalytic cracking stability of the system to reduce absorption of liquid hydrocarbon C_2 content analysis

重油催化装置CO余热锅炉技术改造及效果

Technical Revamp and Effect Analysis of CO Waste Heat Boiler of Residual Oil FCC Unit

重油气化U形套管冷却器的改造

Retrofit of Cooler with U-Shaped Jacket in Heavy Oil Gasification

双波长K系数-标准加入-导数分光光度法同时测定重油中的钴镍

Simultaneous Determination of Cobalt and Nickel in Heavy Oil by Dual Wavelength K Coefficient Standard Addition Derivative Spectrophotometry

同时测定重油中铁和锌的正三辛胺萃取-双波长K系数分光光度法

Simultaneous Determination of Iron and Zinc in Heavy Oil by Double Wavelength K _ Coefficient Spectrophotometry with Trioctylamine Extraction

Endurance催化剂在长庆石化重油催化裂化装置上的应用

Application of Endurance Catalyst in Heavy Oil Catalytic Cracker

用“重油”与苯乙烯共聚改性胶粉增韧废PP。

The rubber crumb modified by heavy oil and styrene copolymer was used to toughen waste PP.

乳化重油FCC反应行为的研究

Reaction behavior of emulsified heavy oil in FCC

乳化重油含水量对锅炉NOx和SO2排放的影响

Effects of Water Containing in Emulsified Heavy Oil on NO x and SO 2 Emissions in Boiler

重油制低热值煤气掺混LPG效率的评估

Estimation of efficiency for heavy oil gasification at low heat calorie gas mixing LPG

I/A型DCS在2Mt/a重油催化中典型工艺控制回路的用法

The Application of I / A 's DCS in 2 Mt / a FCCU Typical Technical Control Loop

EDTA络合滴定测定重油中的硫

Measurement of Sulphur in Heavy Oil by EDTA

FCC乳化重油冷进料的工艺参数与产品收率的关联

Association Between Process Parameters of Cold Feedstock and the Yields of Products in Emulsified Heavy Oil in FCC

MPC在重油催化裂化反应-再生系统控制中的应用

An industrial application of MPC technique in residue catalytic cracker process control

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。

An account is given of the startup of the accessory sulfur-tolerant shift converter of the Shell gasifier with heavy oil cracked gas and its operation .

利用助剂法降低催化裂化再生烟气SOX排放重油催化裂化平衡催化剂作水泥混合材料的研究

Application of Assistant to Decrease of SO_X Discharge from Flue Gas of FCC Regenerator Investigation on Use of Residue Fccu Equillibrium Catalyst as Cement Mixing Material

利用DOS方法对重油催化裂化生产装置进行了安全评价。

Safety assessment of the combined device for catalytic cracking of dead oil was made using DOS method .

由该分子筛制备的FCC催化剂用于重油裂解试验，取得良好结果。

The FCC catalyst which took HAY zeolite as active component got a good result in the heavy oil cracking test .

在重油分馏塔Shell模型上的仿真实验结果表明，这种混合智能控制策略比原有控制策略在控制品质上有显著提高。

Simulation results on Shell model of heavy oil distillation column show that the control quality of this hybrid intelligent strategy is markedly improved compared with original control strategy .

NL重油乳化剂的研制及应用

Production and Application of the NL Heavy OIL Emulsifier

介绍了使用XT-10T和LAB等复配液，清洗平炉重油加热器的试验研究情况。

XT - 10T and LAB composite liquid as well as the experimental research for cleaning the heavy oil heaters of the open hearth furnace are introduced in this article .

基于风险的检验（RBI）技术在兰州石化公司重油催化裂化装置的应用

Application of risk-based inspection ( rbi ) to catalytic cracking unit in Lanzhou Petrochemical Company

介绍了DCS在北海石油化工厂340kt/a重油催化裂化产品精制系统脱硫装置上的设计与应用。

The design and application of DCS in the desulphurization unit of the 340 kt / a deep catalytic products refining system of Beihai petrochemical plant is introduced .

试验表明COM在炉内的燃烧特性与重油或煤粉的燃烧有很大差别。

It is of no doubt that the combustion property of COM in the furnace is quite different from that of heavy oil droplets or that of coal particles .

重油裂化催化剂活性组分L沸石的合成、改性及表征

Synthesis , Modification and Characterization of Zeolite-KL as Active Component of Heavy Oil Cracking Catalyst

开发了以蜡油、蜡油掺渣油或常压渣油等重油为原料直接生产乙烯和丙烯的催化热裂解（CPP）工艺技术。

A novel catalytic conversion technology , Catalytic Pyrolysis Process ( CPP ), has been developed for directly converting heavy hydrocarbons to ethylene and propylene .

本课题中，主要研究重油原料的化学除油剂和除油工艺，期望使用适当的表面活性剂复配在低的pH值和常规工艺条件下就能达到良好的除油效果。

In this dissertation , the focus will be put on the chemical oil-removing agent and process for heavy oil materials and good effects are hoped to reach at low pH value and ordinary technical conditions through the mixture of surfactants .