Convergence study for composite gas flow in pipes

Utilizing hydrogen in energy sources plays a crucial step towards complete transition to renewable energies since production at-scale is possible. The study works developing monitoring and control strategies of proportionally induced existing pipeline infrastructure. With this aim, scalable model utilized compute the flow composite gas along pipe. transient solved using finite element discretization error convergence studied for test case. Coupling species transport track mixture composition pipe also case behaviors are investigated. Finally, simulations performed practical testcase compared with recently available open-source tool studying dynamics. highlights deployment usage state-of-the-art simulation tools against industrial necessities while providing invaluable insights into dynamics mixtures.