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فوق بحرانی
Zhao and Li [137] investigated the impacts of nonpolar and polar impurities on the mass density at critical and supercritical temper- Property Impact Model Mixture Working condition Ref. atures and the property impact on pipeline transportation.
The pressure drops for transportation in the supercritical region, in the dense region and as a subcooled liquid were compared by using different EOS as Red lich-Kwong-Soave (RKS) and GERG.
In the supercritical region, the difference in pressure drop calculated by RKS and GERG is from 10.5% to 43.8%, in the dense region, the difference is from 11.8% to 22.9% and in subcooled liquid, the difference is from 1.7% to 3.3%.
Transport Liquid/supercritical CO2/H2O/N2/CH4/Ar/SO2 223-350 K, 0.1-20 MPa
Storage Liquid/supercritical CO2/O2/Ar/N2/H2/SO2/H2S 261-393 K,
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