Sat press 267.9 bar @ 92.8 °C Component Weight % Mole % Weight Molecular Density (g/cm³) at 15°C, 1 atm N2 0.145 0.56 CO2 1.45 3.55 C1 6.757 45.34 C2 1.531 5.48 C3 1.516 3.70 i-C4 3.78 0.70 n-C4 0.891 1.65 i-Cs 0.489 0.73 n-C5 0.580 0.87 C6 1.043 1.33 C7 2.276 2.73 89.9 0.757 Cs 3.125 3.26 103.2 0.777 C9 2.342 2.14 117.7 0.796 C10 2.379 1.94 133 0.796 C11 2.205 1.62 147 0.800 C12 2.179 1.47 160 0.815 C13 2.693 1.69 172 0.833 C14 2.789 1.62 186 0.843 C15 2.937 1.59 200 0.849 C16 2.553 1.30 213 0.858 C17 2.388 1.11 233 0.851 C18 2.885 1.26 247 0.856 C19 2.571 1.07 258 0.868 C20+ 51.898 13.32 421 0.914 1- Calculate the mole fraction C7+, Mw C7+ and gravity of the C7+. 2- Use the following splitting schemes to split the C7+ fraction into pseudo-components. a-Katz method (1938) c-Pedersen et al method (1982) e-Hossien et (2012) b-Lohmez et al method (1964) d-Ahmed's Method (1985) f-Al-Adwani et al (2018) 3- Tabulate the results of actual and predicted mole fraction and SCN 4- Plot the actual and predicted mol fractions by all methods versus SCN. 5- Construct the phase envelop of the actual and compare with the best performing splitting/ne-Hossien et (2012) f-Al-Adwani et al (2018) 3- Tabulate the results of actual and predicted mole fraction and SCN 4- Plot the actual and predicted mol fractions by all methods versus SCN. 5- Construct the phase envelop of the actual and compare with the best performing splitting scheme. How is the actual saturation pressure, critical pressure and cri-condentherm compared with calculated from original and predicted compositions? 6- Use Withson's lumping scheme to group the extended analysis into groups. Page 1 of 2 7- Characterize the pseudocomponents with Hong's Mixing Rules and calculate the critical pressure, critical temperature and acentric factor using any of the following methods of characterizing the undefined fraction. a-Riazi-Daubert method (1980) c-Kesler-Lee method (1976) e- Watansairi-Owens-Starling (1985) g-Rowe's Method (1978) i-Willman-Teja (1978) K-Twu (1984). b-Cavet method (1962) d-Winn-S-m-Daubert (1957) f-Edmister (1958) h-Standing (1942) j-Magoulas-Tassios (1990) L-Sancet (2007) 8- Construct the phase envelop of the lumping components. 9- How is the actual saturation pressure, critical pressure and cri-condentherm compare with calculated from original and predicted compositions? 10- Write your conclusions based on the results from 1 through 10.

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