BEYOND CHECKLISTS: ENHANCING PROCESS SAFETY MANAGEMENT AUDITS THROUGH CONFIDENTIAL REPORTING AND CULTURAL INSIGHTS

Purpose: This paper aims to evaluate traditional Process Safety Management (PSM) auditing practices and assess how confidential reporting mechanisms could enhance these audits.

Methods: A comprehensive literature review and analysis of existing case studies were conducted to identify gaps in current PSM auditing practices. The study focused on underreporting of near-misses and insufficient capture of safety culture issues. Confidential reporting systems were examined for their potential to improve risk identification and management.

Results: The analysis revealed significant gaps in traditional PSM audits, including the underreporting of near-misses and the failure to adequately capture safety culture issues. Confidential reporting systems were shown to improve risk identification and management by providing a safe channel for employees to report safety concerns anonymously. These systems enhance the completeness of safety data, offering auditors a more comprehensive view of the safety landscape.

Conclusion: Integrating confidential reporting mechanisms into PSM audits can significantly improve hazard identification, promote transparency, and foster a stronger safety culture. This integration addresses the limitations of traditional audits by capturing critical safety information that might otherwise go unreported. The paper concludes that evolving PSM auditing practices to include confidential reporting can lead to more effective risk management and a safer working environment.

Plain Language Summary: This paper discusses how traditional safety audits might miss critical safety concerns due to limited employee openness. Incorporating confidential reporting systems can significantly enhance safety by allowing employees to anonymously report hazards or near-miss incidents, thus improving overall safety performance in hazardous industries.

Data Access Statement: All data supporting this research are drawn from publicly available literature and referenced sources cited within this manuscript. No additional proprietary data was generated or used in this study.