Agile asset criticality assessment approach using decision-making grid

Purpose The main purpose is to provide a demonstration of the utility of the DMG as a streamlined approach of a prescriptive-type model that can facilitate strategic and dynamic methodology to the decision-maker with respect to what policies, strategies or actions should be carried out. Design/methodology/approach This paper proposes a framework for an agile criticality assessment process using decision-making grid (DMG) to accommodate the needs of this dynamic environment. Findings The proposed new approach has delivered better results with more consistency when applied by different teams and achieved better distribution of assets over the criticality scale. Practical implications The proposed approach has been validated through an industrial case study related to a steam generation system (SGS). Originality/value The implementation of the proposed approach in a petroleum refinery to assess the criticality of steam generation system (SGS) has shown positive results in terms of time and effort optimization. This research contributes to production planning and control literature with respect to one of its core activities of maintenance, through an innovative, systematic and practical approach.

Automated summary

This paper proposes a framework for an agile criticality assessment process using decision-making grid (DMG), which has shown consistent results and improved asset distribution. The effectiveness of this method in optimizing time and effort has been validated through an industrial case study.