Amidst the pressing global climate challenges, the oil and gas industry faces an imperative need for innovative solutions prioritizing environmental responsibility and operational efficiency. The greenhouse gas (GHG) emissions analysis tool is a web application enabled by steady-state multiphase flow simulator where a wide range of parameters, such as differential pressure, efficiency, flowline length, flowline inner diameter, and drag reducing agent (DRA) concentrations can be accommodated by this solution, specifically designed matrix of scenarios simultaneously.
This analysis tool proved its ability to fine-tune setups through extensive testing and iterative simulations, producing noticeable emissions reductions and considering that, two thorough case studies strengthened our understanding of the tool's capabilities. The first case study examined the effects of targeted DRA injection at the surface level. Results indicated that using precise DRA injection techniques could increase operational throughput while potentially reducing emissions by 10%. The subsequent case study focused on gas lift optimization, including surface and subsurface dynamics. The analysis revealed that optimized gas lift techniques can reduce pressure requirements by up to 15%, resulting in considerable operational efficiency savings and an additional 23% decrease in emissions through better field planning and engineering design.
The implications of case studies’ results extend this application beyond its immediate technological developments. The outcomes of our study offer a comprehensive guide for oil and gas industries battling with the interconnected challenges of sustainability and economic feasibility. Beyond facilitating the industry's transition towards sustainable energy, the methodologies and strategies presented here underscore the industry's capacity to spearhead the battle against climate change.
