ca c a e he a ia f ac i i he ga ea i g he ab be. The ab be e e i c i d ica i h a i e a dia e e f 2. The ga e e h gh he b f a ac ed bed ga ab be he e i f c ec e a ea f e i id a e ha ab b 90% f a f he a ia. S i : Ba i : 1 ec d A=a ia B = ai b) Ca c a e he e ga a e ci (defi ed a a f ae e i e be c. Material balances around an ammonia gas absorber. Velocities and flu es in a gas mi ture.0 3/ a 300 K a d 102 Pa.5b. Sol ion Ba i : 100 kmole of ga mi e Le = mola f ac ion of a e in he mi e (a a pe cen ) Ini ial e ima e F om he gi en a e eigh f ac ion (0.0617): -2 /. E ima e he den i of hi ga a 500 K and 110 kPa. The eigh f ac ion of H2O in he ga i 6.17%. The mola f ac ion of CO2 and O2 in a ample of he ga a e 12% and 6%, e pec i el. A fl e ga con i of ca bon dio ide, o gen, a e apo, and ni ogen. E i a e he de i f he ga i e de he e c di i. S i Ba i : 100 e f LNG c) The LNG i hea ed 300 K a d 140 Pa, a d a i e c e e. Ca c a e: a) A e age ec a eigh f he LNG i e. A a e f i ified a a ga, LNG, f A a a ha he f i g a c ii : 93.5% CH4, 4.6% C2H6, 1.2% C3H8, a d 0.7% CO2.
Sol ion c) Calc la e he feed a e in kmol/h. Sol ion Ba i : 100 kg mi e b) The a e age molec la eigh of he mi e. A ol ion of ca bon e achlo ide (1) and ca bon di lfide (2) con aining 50% b eigh each i o be con in o l di illed a he a e of 4,000 kg/h De e mine: a) The concen a ion of he mi e in e m of mole f ac ion. Concen a ion of a li id ol ion fed o a di illa ion col mn.
S i : Ba i : 100 e f he i e b) The a e age ec a eigh f he i e. If he i e ha e a e f ac i f each f he ga e, de e i e: a) The c ii f he i ei e f a f ac i. Concentration of a gas mi ture.A i e f b e ga e i a a a e e f 200 Pa a d a e e a e f 400 K.
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