Risk Reduction Functions at Oil and Gas Facilities in the Niger-Delta Region, Nigeria

Abstract

This paper presents an investigation into the state of risk reduction functions, specifically focusing on safety barriers, within the oil and gas facilities in Niger-Delta region, Nigeria. With the industry's inherent hazards, including extraction, processing, and transportation risks, the investigation assessed the implementation of technical, operational, and organizational barriers. The methodology used involves a cross-sectional research design utilizing surveys and questionnaires validated by industry professionals. Reliability of collected data were evaluated by the test-retest method, yielding a Cronbach alpha reliability coefficient of 0.88, using XLSTAT version 16. Descriptive analysis and criterion mean aid in data interpretation. Findings highlight the diverse landscape of technical strategies, with crucial components like blow-out preventers and fire detection systems showing varying maintenance schedules across facilities. Operational and organizational barriers, such as personnel competency and policy presence, exhibit recognition but inconsistency in review intervals. Aligning with existing literature, discrepancies in maintenance practices underscore the need for standardized approaches. Regular and systematic maintenance of safety barriers emerges as pivotal in preventing catastrophic events. The study advocates for uniformity in practices, emphasizing the importance of collaborative efforts among stakeholders to foster a culture of safety and adherence to industry standards. This research provides insights into the current state of safety barriers, offering recommendations for standardization, regular training programs, and collaborative initiatives to enhance safety measures within the dynamic oil and gas landscape in the Niger-Delta region. It serves as a foundational study for further research aimed at fostering a safer operational environment and mitigating risks in the industry.