Principles of Chemical Engineering Processes - Material and energy balances second edition

Principles of Chemical Engineering Processes - Material and energy balances second edition Principles of Chemical Engineering Processes - Material and energy balances second edition Principles of Chemical Engineering Processes - Material and energy balances second edition Principles of Chemical Engineering Processes - Material and energy balances second edition Principles of Chemical Engineering Processes - Material and energy balances second edition

Engineering Processes MATERIAL AND ENERGY BALANCES

SECOND EDITION

NAYEF GHASEM REDHOUANE HENDA

Boca Raton London New York CRC Press is an imprint of the

Taylor & Francis Group, an informa business

Appendix A.2

Table A.3 contains heat capacity equations for organic and inorganic com-pounds as a function of temperature.

TABLE A.3 Hea

T Range

C2

H2

)2

C6

H6

C4

H10

C4

H10

C4

H8

C9

H12

0–1200 (Continued

TABLE A.3

T Range

C6

H12

C5

H10

C2

H6

C2

H6

C2

H4

C2

H4

C2

H4

O3

C6

H14

H2

H2

C7

H14

C6

H12

N2

N2

O4

N2

O2

C5

H12

C3

H8

C3

H6

288–371 (Continued

TABLE A.3

T Range

C8

H8

H2

C7

H8

H2

Graphite Rhombic Monoclinic (at 1 atm)

Appendix A.3: Steam Table

Table A.4 contains properties of saturated steam, specific volume, specific internal energy, and specific enthalpy Table A.5 contains properties of superheated steam.

TABLE A.4 Prop

3 /kg)

vg

ug

hfg

hg

0.090

TABLE A.4

3 /kg)

vg

ug

hfg

hg

3.8

TABLE A.4

3 /kg)

vg

ug

hfg

hg

58

TABLE A.4

3 /kg)

vg

ug

hfg

hg

TABLE A.5 Prop

(Tsat

Saturated W

Saturated Steam

TABLE A.5

Saturated W

Saturated Steam

(Tsat

Saturated W

Saturated Steam

TABLE A.5

(Tsat

Saturated Steam Saturated Steam

100