Study of Using Weighting Property Index for Selecting the Best Maintenance Management System (MMS) at Power Plants

https://doi.org/10.24237/djes.2018.11404

Authors

  • Lamyaa M. Dawood Production Engineering and Metallurgy Department, Industrial Engineering Division, University of Technology, Iraq
  • May G. Kassir Production Engineering and Metallurgy Department, Industrial Engineering Division, University of Technology, Iraq
  • Fadhil N. Mahan Production Engineering and Metallurgy Department, Industrial Engineering Division, University of Technology, Iraq

Keywords:

Maintenance, KPI, WPI, Preventive maintenance, planned maintenance, digital logic, Maintenance Management System (MMS)

Abstract

To make Power Plants (PPs) economical, the maintenance functions should be optimized by carefully selecting and planning the Maintenance Management System (MMS) that will address the maintenance needs of the plant at the least cost. This research was carried out to obtain a clear understanding of the Traditional method and to assess their suitability to selection the management system of maintenance in power plants in Iraq. The objective of the study was to select the most suitable MMS for Maintenance of Electric Power Plants (MEPP) to make the plants operate economically. The traditional method called Weighting Property Index (WPI) used for selecting MMS for MEPP. This method, which is based on weighting property method (WPM) uses a digital logic (DL) due to, makes the result more accurate because it eliminates the problem of the criteria have least important. The research showed, when applied the method (WPI), the results was indicate that the preventive maintenance, is one of the types of planned maintenance, and is the best strategy for  MMS in implementation the works (MEPP) in Iraq, where was arranging the alternatives generally according to results which was obtained from the method (WPI) as follows; preventive maintenance is (6.67), predictive maintenance is (6.07), proactive maintenance is (5.89), run to failure is (5.5), and unplanned  failure is (5.33). For further research can be used  operational KPIs with maintenance KPIs and use  of another alternative is design out maintenance  with other alternatives.

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References

. Azhar N. A. Che , and Mansor M. A. , Development of Plant Maintenance Management System (PMMS): A Case Study, Materials Science and Engineering, University Malaysia Pahang, Pahang, Malaysia, 50, (2013).

.Jurrenthor, Siewhong Ding, and Shahrulkamarddin, Comparison of Multi-Criteria Decision Making Methods from the Maintenance Alternative Selection Perspective, International Journal of Engineering and Science, 65, (2013), 2319- 1805.

.Mohammed J., Mithal A. and Suad H., Materials Selection in Conceptual Design using Weighting Property Method, Journal Engineering and Technology , 29, ( 1), (2011).

.Suresh T., Kiran K.. P., and Madhusudhan T., Selection of Material by Weighted Property Method for Savonius Vertical Axis Wind Turbine Rotor Blade, International Research Journal of Engineering and Technology (IRJET), 02, (1), (2015), 66-72.

.Al-Najjar, B. and Alsyouf I., Selecting the most Efficient Maintenance Approach Using Fuzzy Multiple Criteria Decision Making, International J. Production Economics, (2003), 84.

.Esmaeili M., Seyedi S. M., Iranban S. J., Determining Maintenance Strategy by Using Fuzzy Group MADM Approach, European Online Journal of Natural and Social Sciences, 2(3), (2013).

.Jureen T., Siew-Hong D. , Shahrul K., Comparison of Multi Criteria Decision Making Methods From The Maintenance Alternative Selection Perspective,The International Journal Of Engineering And Science, Vol. 2, (2013), 27-34, Issue 6,

.Odeyale S.O., Alamu O.J. , and Odeyale E.O., The Analytical Hierarchy Process Concept for Maintenance Strategy Selection in Manufacturing Industries, The Pacific Journal of Science and Technology, 14, ( 1), (2013).

.Shankar C. and Prasenjit C., Selection of Materials Using Multi-Criteria Decision-Making Methods with Minimum Data, Decision Science Letters, 2, (2013), 135–148, www.GrowingScience.com/dsl.

.Katica S., Mario G., Goran S., and Ilija S., Applying of AHP Methodology and Weighted Properties Method to the Selection of Optimum Alternative of Stock Material, ACTA Technica Corvininsis-Bulletin of Engineering, Faculty of Engineering- Hunedoara, Romania, 2009.

.Chen F. L. and Chen Y. C., Evaluating the Maintenance Performance of the Semiconductor Factories Based on the Analytical Hierarchy Process and Grey Relational Analysis, American Journal of Applied Sciences, 7, (4), (2010), 568-574.

.Suresh T., Kiran K.. P., and Madhusudhan T., Selection of Material by Weighted Property Method for Savonius Vertical Axis Wind Turbine Rotor Blade, International Research Journal of Engineering and Technology (IRJET), 02, (1), (2015).

Published

2018-12-01

How to Cite

[1]
L. M. Dawood, May G. Kassir, and Fadhil N. Mahan, “Study of Using Weighting Property Index for Selecting the Best Maintenance Management System (MMS) at Power Plants”, DJES, vol. 11, no. 4, pp. 20–27, Dec. 2018.