Liquid viscosities of reservoir crude oils of Fuyu and Huabei in China were measured at six temperatures and high pressures.The semitheoretical viscosity model developed by the authors for pure liquids was successfull...Liquid viscosities of reservoir crude oils of Fuyu and Huabei in China were measured at six temperatures and high pressures.The semitheoretical viscosity model developed by the authors for pure liquids was successfully extended to reservoir crude oil systems by applying simple empirical mixing rules. A Comparison of the viscosities predicted with the proposed model and those predicted with the commercial software package-STATPACK has been presented significant improvement was obtaived by LVIS.展开更多
In this work, a new idea for separating or purifying hydrogen from gas mixture was proposed. As the hydrate formation pressures for different gas components at the same temperature are different from each other, the g...In this work, a new idea for separating or purifying hydrogen from gas mixture was proposed. As the hydrate formation pressures for different gas components at the same temperature are different from each other, the gas mixture can be separated partially by forming hydrate. This technology is especially suitable for purifying hydrogen, as hydrogen can not form hydrate while other components can. Schematics for purifying hydrogen by forming hydrate were given. A series of fundamental experiments were performed,which showed that it is a promising technology to separate or purify hydrogen by forming hydrate.展开更多
文摘Liquid viscosities of reservoir crude oils of Fuyu and Huabei in China were measured at six temperatures and high pressures.The semitheoretical viscosity model developed by the authors for pure liquids was successfully extended to reservoir crude oil systems by applying simple empirical mixing rules. A Comparison of the viscosities predicted with the proposed model and those predicted with the commercial software package-STATPACK has been presented significant improvement was obtaived by LVIS.
基金国家自然科学基金 (No .2 980 6 0 0 9)中国石油化工(集团 )公司基础研究基金资助项目~~
文摘In this work, a new idea for separating or purifying hydrogen from gas mixture was proposed. As the hydrate formation pressures for different gas components at the same temperature are different from each other, the gas mixture can be separated partially by forming hydrate. This technology is especially suitable for purifying hydrogen, as hydrogen can not form hydrate while other components can. Schematics for purifying hydrogen by forming hydrate were given. A series of fundamental experiments were performed,which showed that it is a promising technology to separate or purify hydrogen by forming hydrate.
