Maximizing & De-Bottlenecking Gas Export with A Sustainable Approach Using Six Sigma Tool
Abstract The implemented endeavor stands as a pivotal milestone in the nation's trajectory towards attaining cost competitiveness and curbing gas emissions, embodying a dual-fold value proposition characterized by both direct and indirect revenue implications. The debottlenecking of the Gas export system, culminating in a notable 5% increase of production in export gas flowrate serves as a direct catalyst for revenue augmentation, synergistically accompanied by a significant surge of approximately 2% in condensate production. Projections indicate a short-term cumulative revenue upswing of up to 10% annually direct revenue (Cash Flow), poised to ascend impressively to 25% of budget increase per annum over the long haul. Indirectly, the amalgamation of stations and initiatives aimed at skill development underscores a broader spectrum of influence, encompassing the mitigation of excessive flaring, harmonization with low carbon emission targets, and the cultivation of human capital in accordance with national imperatives. These enhancements align seamlessly with Petroleum Development Oman's unwavering commitment to fulfilling SGL supply requisites, thereby bolstering the nation's standing on the global stage. The undertaking, characterized by a 5% production of gas export amplification, reaffirms the organization's stature as a reliable gas provider, emblematic of its steadfast dedication to enhancing production efficiency. Emphasis on gas emission reduction and energy conservation, epitomized by heightened compressor efficacy and ensuing energy preservation, resonates with renewed HSE priorities. Moreover, the project serves as a testament to innovation, evidenced by the prioritization of emergent gas technologies and the seamless integration of Six Sigma methodologies. Insights gleaned from this endeavor hold promise for replication across Petroleum Development Oman and Oman, promising streamlined energy utilization and cost mitigation to fortify competitiveness in the forthcoming energy landscape.
Authors
- Zeyana Al Kindi
- Mubarak Al Maskari
- Mangesh Ashok Bawdekar
- Abdullah Al Hadhrami
- Saud Al Saifi
Publication Details
- Published
- 2024-11-04
- DOI
- https://doi.org/10.2118/222873-ms
- Primary Topic
- Process Optimization and Integration
- Type
- article
- Field-Weighted Citation Impact
- 0.00