Experimental values for the viscosity of sodium chloride solutions are critically reviewed for application to geothermal energy. Data published recently by Kestin, Los, Pepinov, and Semenyuk as well as earlier data are included. A theoretically based equation for calculating relative viscosity was developed, and used to generate tables of smoothed values over the ranges 20sup 0C to 350sup 0C, 0 to 5 m and pressures up to 50 MPa. The equation reproduces selected data to an average of better than 2 percent over the entire range of temperatures and pressures. Selected tables of data are included for KCl up to 150sup 0C, CaClsub 2 solutions up to 100sup 0C, and for mixtures of NaCl with KCl and CaClsub 2. Recommendations are given for additional data needs.
Description
Information Bridge: DOE Scientific and Technical Information - - Document #6731414
%0 Report
%1 Phillips1980
%A Phillips, S.L.
%A Ozbek, H.
%A Igbene, A.
%A Litton, G.
%B Viscosity of NaCl and other solutions up to 350sup 0C and 50 MPa pressures
%D 1980
%K 1980 viscosity aqueous NaCl
%T Viscosity of NaCl and other solutions up to 350sup 0C and 50 MPa pressures
%U http://www.osti.gov/bridge/product.biblio.jsp?query_id=0&page=0&osti_id=6731414
%X Experimental values for the viscosity of sodium chloride solutions are critically reviewed for application to geothermal energy. Data published recently by Kestin, Los, Pepinov, and Semenyuk as well as earlier data are included. A theoretically based equation for calculating relative viscosity was developed, and used to generate tables of smoothed values over the ranges 20sup 0C to 350sup 0C, 0 to 5 m and pressures up to 50 MPa. The equation reproduces selected data to an average of better than 2 percent over the entire range of temperatures and pressures. Selected tables of data are included for KCl up to 150sup 0C, CaClsub 2 solutions up to 100sup 0C, and for mixtures of NaCl with KCl and CaClsub 2. Recommendations are given for additional data needs.
@techreport{Phillips1980,
abstract = {Experimental values for the viscosity of sodium chloride solutions are critically reviewed for application to geothermal energy. Data published recently by Kestin, Los, Pepinov, and Semenyuk as well as earlier data are included. A theoretically based equation for calculating relative viscosity was developed, and used to generate tables of smoothed values over the ranges 20{sup 0}C to 350{sup 0}C, 0 to 5 m and pressures up to 50 MPa. The equation reproduces selected data to an average of better than 2 percent over the entire range of temperatures and pressures. Selected tables of data are included for KCl up to 150{sup 0}C, CaCl{sub 2} solutions up to 100{sup 0}C, and for mixtures of NaCl with KCl and CaCl{sub 2}. Recommendations are given for additional data needs.},
added-at = {2011-01-19T18:07:12.000+0100},
author = {Phillips, S.L. and Ozbek, H. and Igbene, A. and Litton, G.},
biburl = {https://www.bibsonomy.org/bibtex/270bf6fcc763ca6f13b426460dc4cc682/thorade},
booktitle = {Viscosity of NaCl and other solutions up to 350{sup 0}C and 50 MPa pressures},
description = {Information Bridge: DOE Scientific and Technical Information - - Document #6731414},
interhash = {1929fb6a60230798310a4644e3ae8f69},
intrahash = {70bf6fcc763ca6f13b426460dc4cc682},
keywords = {1980 viscosity aqueous NaCl},
timestamp = {2011-01-19T18:07:12.000+0100},
title = {Viscosity of NaCl and other solutions up to 350{sup 0}C and 50 MPa pressures},
url = {http://www.osti.gov/bridge/product.biblio.jsp?query_id=0&page=0&osti_id=6731414},
year = 1980
}