The Impact of Engineering Asset Management: An Integrated Operational and Maintenance Approach for Power Generation Units

Abstract

This research investigates the impact of engineering asset management (EAM) on improving the management of power generation units. It utilizes a case study design to examine how an integrated operational and maintenance approach can optimize the management of power generation units in Libya, focusing on several power plants over the period from 2019 to 2023. It employs a contextual-reproductive case study design that integrates qualitative and quantitative data collected through surveys (n = 120 engineers), interviews (n = 15 plant managers), maintenance log reviews, and other methods. Data analysis, conducted using SPSS software, reveals that integrating operational and maintenance strategies enhances asset reliability and reduces downtime by approximately 25%. However, persistent challenges—such as insufficient training and Libya’s volatile political landscape—pose significant barriers to full implementation. These findings underscore the importance of developing context specific frameworks to address Libya’s unique socio-technical environment and offer practical recommendations for stakeholders in the power sector.