武汉石油

以武汉石油化工厂余热电站的控制系统为例，介绍SIMATIC系统的应用方法及效果。

Describe application of SIMATIC system , take the control system in the power station of Wuhan petrochemical works for example .

介绍了脱硫醇活化剂KTL-1在武汉石油化工厂催化裂化汽油脱硫醇装置上进行工业应用试验的情况，并与ZH-22活化剂应用情况进行了比较。

A gasoline sweetening cocatalyst KTL-1 for fixed bed reactor was tested in Wuhan Petrochemical Works'sweetening unit and compared with cocatalyst ZH-22 .

该技术在武汉石油化工厂工业应用的结果表明，利用催化裂化干气制氢的工艺技术开发是成功的。

The technology was applied in Wu-han Petrochemical Works with successful result .

介绍了武汉石油化工厂设备管理工作的经验。

The working experience of equipment management for Wuhan petrochemical plant is introduced .

武汉石油化工厂润滑油监测管理现状思考

Lube Oil Management in Wuhan Petrochemical Plant

质疑武汉石油私有化

Suspicions on privatization of Wuhan Oil

概述了武汉石油化工厂应用原油过滤脱盐技术取得的经济效益。

The economic benefits achieved through crude desalting by filtration in Wuhan Petrochemical Plant were discussed .

加强设备管理搞好本质安全&武汉石油化工厂召开设协十周年表彰会

Lube Oil Management in Wuhan Petrochemical Plant STRENGTHEN EQUIPMENT MANAGEMENT , MADE A GOOD JOB OF INSTINCTIVE SAFE

分析了武汉石油化工厂油浆高温储存的可行性，介绍了油浆高温储存技术实施情况以及改进措施。

The feasibility of high-temperature storage of oil slurry is analyzed , and the application of high-temperature storage technology and improvement measures are discussed .

武汉石油化工厂针对原消防水系统存在的问题，投资新建了稳高压消防水系统。

For solving some problems of the fire water system existed in Wuhan Petrochemical Plant , a new system of stable high-pressure fire water was constructed .

本人从管理理论和管理实践出发，利用所学的人力资源管理方面的知识，运用实证研究等方法，对武汉石油化工厂现行的收入分配机制进行了探讨和研究。

The article studies the income distribution system of WHPCC on the basis of related management theory and practice , as well as knowledge on human resources management .

结合武汉石油化工厂的管理实践，提出企业管理必须坚持三个代表重要思想为指导、以生产经营为中心、服务于企业改革改制的思路。

Combined with management practice in Wuhan Petrochemical Plant , presented ideas of holding up " Three Represents " as guide , production and operation as center , serving enterprise system reform .

重油高温储存是储运系统节能的一个重点，2004年武汉石油化工厂在重油罐区先后实施了催化裂化油浆、减压渣油、常压渣油的高温储存。

The High-temperature storage of heavy oil is one of important operations in energy saving of oil storage system . In 2004 , Wuhan Petrochemical Plant implemented the high-temperature storage of FCC slurry , vacuum residue and atmospheric residue in the heavy oil tank farm .

该技术于1998年初在武汉石油化工厂300kt/a加氢改质装置上实现了首次工业应用，工业结果与中型结果一致。

The first commercial application of the said LCO hydro upgrading technology was carried on a 300 kt / a hydro upgrading unit at the 1st quarter of 1998 in Wuhan Petrochemical Works . The commercial application result was in accordance with that of the pilot plant .

对武汉中石油大厦空调系统特点、设备配置等方面进行了介绍，主要对溴化锂机组及四管制系统的运行模式等进行了探讨，同时对存在的问题进行了总结。

Describes the features and equipment of the air conditioning system , focusing on the lithium bromide units and operating mode of four-pipe water system , and summarizes the existing problems .