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Sinopec Luoyang

Bio: Sinopec Luoyang is an academic researcher from Sinopec. The author has contributed to research in topics: Management by objectives. The author has an hindex of 1, co-authored 2 publications receiving 4 citations.

Papers
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Journal Article
TL;DR: The present situation of HSE management by objectives for project construction is analyzed and the necessity for HSE objective management is explained, with some thoughts on MBO.
Abstract: This article analyzes the present situation of HSE management by objectives for project construction and explains the necessity of HSE objective management.It focuses on the realization process of HSE objectives.Combing with practical projects,the article puts forward some thoughts on MBO.HSE objective responsibilities are fulfilled well and safety technology measures are set in details through setting scientific and reasonable HSE construction objectives and decomposing HSE goals into sub-goals covering the possible aspects.Measures involving controlling before and during the process,strengthening supervision and inspection,discovering deviations in implementing HSE objectives in time and correcting them are taken to improve HSE management continuously,achieve HSE construction objectives and create good HSE achievements.

3 citations

Journal Article
TL;DR: In this paper, a corrosion evaluation of 5 common steels in petroleum refining industry was performed to provide basis for the good design, proper material selection, effective corrosion protection and development of new materials for refinery process units.
Abstract: The corrosion evaluation of 5 common steels in petroleum refining industry was performed to provide basis for the good design,proper material selection,effective corrosion protection and development of new materials for refinery process units.Constant load testing method was applied to study the SSCC resistance performance of these 5 materials in NACE saturated hydrogen sulfide solution.The result of test shows that,in NACE saturated hydrogen sulfide solution,the CF62's and 0Cr13's threshold stress value of resistance to SSCC is lower than 0.75 times of yield strength.16MnR's threshold stress value of resistance to SSCC is equal to or greater than 0.75 times of yield strength but lower that 0.95 times of yield of strength.The 0Cr18Ni9Ti's and 316L's threshold stress value of resistance to SSCC is greater than or equal to 0.95 times of yield strength.The order of threshold stress value of resistance to SSCC of different materials(from low to high) is 0Cr13,16MnR,0Cr18Ni10Ti and 316L.To ensure a long-term reliable operation of refinery process units,the materials with high resistance to SSCC,such as 316L and 0Cr18Ni10Ti,should be preferably selected.The material with low resistance to SSCC,such as 0Cr13 and CF62,should be selected with care.

1 citations


Cited by
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Journal ArticleDOI
TL;DR: In this article, the authors analyzed and researched the main reasons of the accidents in Jidong Oilfield, and proposed improvement measures to improve the level of HSE management and eliminate all kinds of potential safety hazards.

12 citations

Journal ArticleDOI
TL;DR: In this paper, the authors focused on the corrosion of sucker rod steel 20Ni2Mo in different concentrations or temperatures of H2S and analyzed the appearance of corrosive surface scanned by scanning electron microscope.
Abstract: Among the factors to cause the corrosion in oil and gas fields, H2S is the most common and harmful corrosive medium. During oil field exploitation, enhancing the ability of the sucker rods to resist corrosion is the key measure of prolonging the service life of sucker rods and guarantee of safe operation of petroleum equipment. This paper focuses on the corrosion of sucker rod steel 20Ni2Mo in different concentrations or temperatures of H2S. The appearance of corrosive surface scanned by scanning electron microscope was analyzed and theoretic basis for anti-corrosion and material-selecting of sucker rods used in the oil fields was provided. The result shows that the concentration and temperature of H2S have interaction on the corrosion of 20Ni2Mo, i.e., with the increase of concentration under same temperature or with the rise of temperature under same concentration, the corrosion rate of 20Ni2Mo accelerates.

9 citations

Journal ArticleDOI
TL;DR: In this paper, the basic principle and analysis process of HAZOP analysis method were detailedly introduced, and the advantages of the implementation of this practical application were concluded such as effectively reducing engineering design defects and safety problem of operation process; improving safe reliability of process system.
Abstract: HAZOP (Hazard and Operability Study) is a system analysis method used to identify design defects and dangerousness and operability of process, , which has been widely used in the oil industry at home and abroad. In this paper the basic principle and analysis process of HAZOP analysis method were detailedly introduced. Taken the HAZOP practical application of offshore jacket platform in Jidong Oilfield for example, the defects which can lead the security and operation problems during the process of equipments design and operation were systematically identified. Combined with analyses of the achievements of this practical application, the advantages of the implementation of HAZOP method are concluded such as effectively reducing engineering design defects and safety problem of operation process; improving safe reliability of process system.

1 citations