Phase equilibria of binary mixture of carbon monoxide and water at elevated temperatures and pressures /

The present work reports the measurement and mathematical correlation of phaseequilibrium data for the binary system composed of carbon monoxide and water at temperatures up to 423.15 K and pressures up to 50 MPa. This data, although crucial when designing high pressure technologies, is not availabl...

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Main Authors: Kramberger, Boris, 1984- (Author), Markočič, Elena. (Author), Knez, Željko. (Author)
Format: Book Chapter
Jezik:English
Teme:
Sorodne knjige/članki:Vsebovano v: Chemical Engineering Science
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024 7 1 |a 10.1016/j.ces.2013.05.048  |2 doi 
040 |a KTFMB  |b slv  |c SI-MaIIZ  |e ppiak 
080 |a 628.1  |2 UDCMRF 2006 
100 1 |a Kramberger, Boris,   |d 1984-   |4 aut 
245 0 0 |a Phase equilibria of binary mixture of carbon monoxide and water at elevated temperatures and pressures /   |c Boris Kramberger, Elena Markočič, Željko Knez.  
300 |a str. 77-80. 
504 |a Bibliografija: str. 80.  
520 |a The present work reports the measurement and mathematical correlation of phaseequilibrium data for the binary system composed of carbon monoxide and water at temperatures up to 423.15 K and pressures up to 50 MPa. This data, although crucial when designing high pressure technologies, is not available in the literature. The experimental data were collected using a high pressure view cell. Mathematical correlation was performed using an online available programme tool Phase Equilibria (2000) with van der Waals cubic equation of state and a mixing rule proposed by Adachi and Sugie. The combination of EOS and mixing rule are found to be in good agreement with experimental data. 
653 0 |a gases  |a mathematical modeling  |a phase equilibria  |a separations  |a carbon monoxide  |a water 
700 1 2 |a Markočič, Elena.   |4 aut 
700 1 2 |a Knez, Željko.   |4 aut 
773 0 |t Chemical Engineering Science  |b [Print ed.]  |d Oxford : Pergamon Press, 1951-  |x 0009-2509  |g Vol. 99 (Aug. 2013), str. 77-80