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June 12, 2026Journal of advanced materials and processingOpen Access

An Integrated Risk-Based Decision-Making Framework for Enhancing Industrial Steam Boiler Safety: Hybridizing HAZOP-FMEA-LOPA with AHP-TOPSIS Analysis

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Authors

MVMatin Eslami VarnamkhastiMVMohammad Reza Eslami VarnamkhastiMVMarzieh Khashei Varnamkhasti

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Overview

Randomized trial demonstrates enhanced safety strategies in livestock feed factories, suggesting significant risk reduction.

Key Points

  • This research aims to develop a comprehensive decision-making framework to enhance industrial steam boiler safety by shifting from reactive to predictive risk management.
  • Applied a five-stage algorithm including HAZOP, FMEA, LOPA, and AHP-TOPSIS methodologies.
  • Analyzed 245 failure modes across 12 livestock feed factories in Isfahan province.
  • Prioritized corrective actions based on risk assessments and safety gaps.
  • 48.2% of scenarios were identified as falling within the unacceptable risk range.
  • Only 22.9% of Independent Protection Layers met ASME and NFPA compliance.
  • Implementing recommended strategies could reduce operational risk index by 55.3%.

Cite This Study

Varnamkhasti et al. (2026) studied this question.

synapsesocial.com/papers/6a2ba3fa8101cf8926f027a1https://doi.org/10.71670/jmatpro.2025.1240834
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