Cyclic Simulation of Field-Scale Underground Hydrogen Storage, M.Sc. Thesis Sharif University of Technology ; Mahani, Hassan (Supervisor) ; Zivar, Davood (Co-Supervisor)
Abstract
Due to environmental concerns about fossil fuels energy sources, countries are striving to replace fossil fuels with renewable energy sources. However, most alternative energy sources are highly dependent on weather and seasonal conditions. Underground hydrogen storage (UHS), unlike carbon dioxide storage which only experiences the gas injection phase, involves injection and production cycles. Therefore, it faces different challenges, each of which has different effects on the final hydrogen recovery rate and, consequently, cost estimation. Some of the major challenges ahead include the reservoir structure, heterogeneity of reservoirs, selection of suitable cushion gas, the impact of the...
Cataloging briefCyclic Simulation of Field-Scale Underground Hydrogen Storage, M.Sc. Thesis Sharif University of Technology ; Mahani, Hassan (Supervisor) ; Zivar, Davood (Co-Supervisor)
Abstract
Due to environmental concerns about fossil fuels energy sources, countries are striving to replace fossil fuels with renewable energy sources. However, most alternative energy sources are highly dependent on weather and seasonal conditions. Underground hydrogen storage (UHS), unlike carbon dioxide storage which only experiences the gas injection phase, involves injection and production cycles. Therefore, it faces different challenges, each of which has different effects on the final hydrogen recovery rate and, consequently, cost estimation. Some of the major challenges ahead include the reservoir structure, heterogeneity of reservoirs, selection of suitable cushion gas, the impact of the...
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