New density measurements for a high-calorific natural gas with 9% ethane and 3% propane, and its 10% and 20% hydrogen blends, reveal equation-of-state deviations up to 0.44%.
Mathematical modeling for hydrogen blending in NG pipelines moving towards industrial decarbonization: Economic feasibility and CO2 reduction analysis
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Impact of hydrogen addition, up to 20 % (mol/mol), on the thermodynamic ($p$, $\rho$, $T$) properties of a reference high-calorific natural gas mixture with significant ethane and propane content
New density measurements for a high-calorific natural gas with 9% ethane and 3% propane, and its 10% and 20% hydrogen blends, reveal equation-of-state deviations up to 0.44%.