2. A chemical reactor feeds 100 kgmol / hour A mixed with A which is recycled. Inside the reactor A it is converted to B. The reaction is A → B. The conversion of A in the reactor is 70%. The output of the mixed reactor A with the reaction product, namely B, is then separated in a separator. Product B carries 20% A which does not react while the other A is recycled and then mixes with the fresh feed entering the reactor. a. How many kgmol A is total entering the reactorb. How many kg mol A is carried by product Bc. Calculate how many kg of molkah B were formed 2. Suatu reaktor kimia umpannya 100 kgmol/jam A bercampur dengan A yang didaur ulang. Didalam reaktor Aterkonversi menjadi B. Reaksinya A > B. Konversi A direaktor 70%. Keluaran reaktor campuran A denganhasil reaksi yaitu B selanjutnya dipisahkan di separator. Produk B membawa 20% A yang tidak bereaksisedangkan A yang lain direcycle selanjutnya bercampur dengan umpan segar masuk reaktor.a. Berapa kgmol A total masuk reaktorb. Berapa kg mol A yang terbawa produk BС.Hitung berapa kg molkah B yang terbentuk

The given process is represented in the form of a schematic diagram as:

Answered: 2. A chemical reactor feeds 100 kgmol /…

Introduction to Chemical Engineering Thermodynamics

8th Edition

ISBN:9781259696527

Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart

Chapter1: Introduction

Section: Chapter Questions

Problem 1.1P

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2. A chemical reactor feeds 100 kgmol / hour A mixed with A which is recycled. Inside the reactor A it is converted to B. The reaction is A → B. The conversion of A in the reactor is 70%. The output of the mixed reactor A with the reaction product, namely B, is then separated in a separator. Product B carries 20% A which does not react while the other A is recycled and then mixes with the fresh feed entering the reactor.
a. How many kgmol A is total entering the reactor

b. How many kg mol A is carried by product B

c. Calculate how many kg of molkah B were formed

2. Suatu reaktor kimia umpannya 100 kgmol/jam A bercampur dengan A yang didaur ulang. Didalam reaktor A
terkonversi menjadi B. Reaksinya A > B. Konversi A direaktor 70%. Keluaran reaktor campuran A dengan
hasil reaksi yaitu B selanjutnya dipisahkan di separator. Produk B membawa 20% A yang tidak bereaksi
sedangkan A yang lain direcycle selanjutnya bercampur dengan umpan segar masuk reaktor.
a. Berapa kgmol A total masuk reaktor
b. Berapa kg mol A yang terbawa produk B
С.
Hitung berapa kg molkah B yang terbentuk

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