Title : Enhancing flare system operations and environmental compliance through optimized purging
Abstract:
Flare systems are a critical component of oil and gas operations, and are essential for both regulatory compliance and maintaining operational reliability. A key aspect of these systems is the purging process, which is used to sustain positive pressure and prevent oxygen ingress. However, conventional purging methods have historically shown significant contribution to sulfur oxide (SOx) emissions and introduce long-term operational challenges.
This presentation explores opportunities to enhance flare system performance by reconsidering the type of gas used for purging. Drawing on practical insights from facility upgrade projects, it examines the environmental and operational trade-offs associated with adopting cleaner alternatives such as sweet gas or inert gases. The focus is on minimizing harmful emissions while maintaining the integrity and safety of flare systems. Additionally, one of the study’s core objectives is to align operational practices with both national and international environmental targets, contributing to broader sustainability efforts.
Audience Takeaway:
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The audience can gain better understanding of the implications related to different purging gas options
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This research offers a great opportunity for further academic and technical exploration of the subject.
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It introduces an alternative approach that can be implemented with minimal modifications, allowing designers to meet compliance standards without extensive redesigns or expensive retrofits.
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Supporting sustainability initiatives, and reducing maintenance costs
