... Abstract Pipeline capacity usage optimization and operational effectiveness are both key factors to reasonably guarantee a safe, continuous, effective, and reliable natural gas transportation service, within the framework of the service contracts, pipeline tariff, applicable regulation...

... Abstract Ensuring the integrity of gas pipelines is of paramount importance for economic, environmental, and public safety reasons. Real-time leak detection systems are essential in detecting and addressing leaks promptly to minimize resource wastage, environmental impact, and public safety...

... Abstract Liquid pipeline owners/operators are faced with the challenge of performing leak and spill volume analysis to meet various regulatory requirements. In this paper, we explore and present an advanced Pipeline Hydraulic Spill Model Analyzer tool. This tool models and performs transient...

... Abstract One of the many challenges faced during the deployment of a Real-Time Transient Modelling (RTTM) based leak detection system is unreliability within the metering system. This paper describes practical experiences of leak detection on a 400 mile, 28” crude oil pipeline...

... Abstract Rapid investment in carbon capture, utilization, and sequestration (CCUS) has led to plans for extensive CO 2 pipeline networks across the world. These pipelines will typically operate at high pressure to efficiently transport CO 2 in a dense-phase or supercritical state...

... natural gas (lng) production monitoring flow regime reduction application production control production logging subsea system pipeline multiphase system exploring ideal parameter drag reduction performance pressure drop scf bbl multiphase application multiphase flow frictional pressure...

... compressor stations and a few dozen miles of pipe on just one interstate pipeline with annual revenue on the order of $300 million. With the right tools and experience, planning engineers can become a driving force in the business development process, capable of forming both physically and financially...

... into a high-pressure gas pipeline. The analysis identified a heavy hydrocarbon fraction, creating a two-phase flow scenario that required comprehensive assessment and immediate corrective actions. This research integrates phase behavior modeling, hydrodynamic analysis, and pigging performance evaluation...

... Abstract The "Purging and Load" phase of gas transmission pipelines, while critical for ensuring safe and efficient operation, presents unique challenges due to the complex interplay of regulatory requirements, system design, and real-time operational dynamics. This paper addresses...

... Abstract This paper details the analysis of a shut-in vertical riser to observe the impact of sea water motion and tidal waves on the pressure reaction in the riser and potential vapor formation. An excitation wave is used in a pipeline hydraulics simulator to model the external influences...

... liquified natural gas (lng) social responsibility production monitoring reduction psig 2529 gas network application artificial intelligence production control pipe constraint gas flow sustainable development reservoir surveillance equation reduced order model journal pipeline machine...

... Abstract Commissioning a real-time transient pipeline simulation system on an operational gas transmission pipeline presents many unique challenges. This paper details a real-world case study where a gas pipeline simulation system was successfully implemented on a pipeline network of more than...

... distribution network, operational and capital expenditures are required, i.e. there is a need for constant realization of investment projects. These are aimed at renewal, dismantling of stranded assets, and / or installation of new equipment. Key to these costs is the maintenance of gas pipelines...

... modeling & simulation production monitoring production logging piping design crude hydraulic simulation methodology pipeline production control psig 2402 scenario simulation software pipeline simulation interest group friction conductivity seema dhanda piping simulation...

... prediction pipeline batch information artificial intelligence representation viscosity psig 2413 calculation pipeline simulation interest group machine learning source correspond determination scenario similarity variation pipeline throughput prediction api gravity springer...

... fuzzy logic equation piping simulation approximation slug catcher piping design psig 2410 accuracy expansion pipeline numerator artificial intelligence denominator frequency matt lubomirsky psig 2410 novel transfer function approximation cody allen roman zamotorin...

... sustainability piping design over-sized pipeline social responsibility hydrogen pipeline storage psig 2425 storage reservoir cavern on-site storage transmission pipeline piping simulation sustainable development transport hydrogen produced pipe diameter case 1 pipeline design...

... Abstract Dynamic programming (DP) has a fifty-year history of optimizing pipeline operations. While this was originally limited to deciding pump lineups and pump and valve setpoints in single steady states, the increasing power of modern computers makes it possible to use this technique...

... involves transient flow simulations to detect and mitigate blended hydrogen leakage in transportation pipelines. In this study, the current state of the literature on leak detection simulation is surveyed. The findings of the most recent studies, particularly on transient simulation of leaks in natural...

... Abstract Pipeline systems play a critical role in the transportation of fluids, such as oil, gas, and water, across vast distances. Effective management of these systems requires sophisticated models capable of handling nominations and ensuring system balancing to meet operational demands, so...