Gas pipelines play a pivotal role in the global energy infrastructure, serving as a reliable and efficient means of transporting natural gas from production sources to end-users. These pipelines are an integral part of the energy supply chain, facilitating the movement of natural gas over long distances with minimal energy loss. The construction and maintenance of gas pipelines involve advanced engineering techniques and technologies to ensure safety, reliability, and environmental sustainability. Gas pipelines contribute significantly to the diversification of energy sources, promoting energy security and stability in many regions. They serve as a backbone for the natural gas industry, connecting exploration and production sites to distribution networks and ultimately supplying homes, businesses, and industries. The development of cross-border gas pipelines fosters international collaboration and enhances geopolitical ties, creating interconnected energy networks that promote economic cooperation. Safety measures, including advanced monitoring systems and rigorous inspection protocols, are paramount in the operation of gas pipelines to prevent leaks, ensure integrity, and protect the environment. Additionally, ongoing technological advancements in pipeline materials and construction techniques contribute to increased efficiency and reduced environmental impact.
Title : An integrated and scalable workflow for evaluating polymer flooding and conformance control strategies in heterogeneous waterflooded reservoirs
Farah Faiz, SLB Digital, Colombia
Title : A novel geomechanical workflow for well design optimization through a new approach in friction coefficient estimation, a case study from West Delta Deep Marine Concession, Mediterranean Sea, Egypt
Akram Sami Elsherbiny Ali Hussein, Rashid Petroleum Company, Egypt
Title : Development and validation of an in-house Python workflow for pressure transient analysis of oil wells against commercial software (KAPPA Saphir)
Waad Faraj Mohamed Elarbi, Waha Oil Company, Libya
Title : HALP system: An edge-AI and two-tier architecture for cost-effective structural health monitoring in extreme industrial environments
Menna Allah Abdelnabi Mohamed Ali, Higher Institute for Engineering in Belbeis, Egypt
Title : Multi-scale evaluation of mechanical properties of the geomaterials
Hem Bahadur Motra, University of Kiel, Germany