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Dyah Retno Sawitri, S.T., M.Eng.

REAKTOR KIMIA(3 SKS)

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Reactor design   uses information, knowledge, andexperience from a variety of areas: thermodynamics,

chemical kinetics, fluid mechanics, heat transfer, mass

transfer, and economics. Chemical reaction

engineering is the synthesis of all these factors with theaim of properly designing a chemical reactor.

Levenspiel, 1999

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The study of chemical reaction engineering (CRE)

combines the study of 

chemical kineticswith

the   reactors   in which the reactions occur.

Chemical kinetics   and reactor design

are at the heart of producing almost all industrialchemicals.

It is primarily a knowledge of chemical kinetics andreactor design that distinguishes the chemical

engineer from other engineers

Fogler, 2006

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Kinetics or how fast things happen.If very fast, then equilibrium tells whatwill leave the reactor. If not so fast,

then the rate of chemical reaction, and

maybe heat and mass transfer too, will

determine what will happen.

Contacting pattern   or howmaterials flow through and contacteach other in the reactor, how early or

late they mix, their clumpiness or state

of aggregation. By their very nature

some materials are very clumpy (for

instance, solids and noncoalescing

liquid droplets.

Output = f(input, kinetics, contacting)

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Manufacture of Phthalic Anhydride

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TRK 1

(kinetika reaksihomogen)

TRK 2

(kinetika reaksiheterogen)

REAKTOR

KIMIA

(perancangan

reaktor)

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Chemical Engineering Tools

1. Neraca Massa

2. Neraca Energi

3. Kesetimbangan4. Proses-proses kecepatan

5. Ekonomi

6. Humanitas

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COURSE OUTLINEMinggu ke- Pokok Bahasan

1   •Kesepakatan perkuliahan

•Review kinetika reaksi dan stoikiometri

2 Pemilihan reaktor bagian 1: Performa Reaktor

3 Pemilihan reaktor bagian 2: Kondisi Operasi

4 Pemilihan reaktor bagian 3: Konfigurasi

5 Evaluasi pemilihan reaktor

6 Reaktor batch dan semi-batch: teori dan latihan soal7 Reaktor batch dan semi-batch: evaluasi

UTS

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Minggu

ke-

Pokok Bahasan

8 Reaktor alir tangki berpengaduk: teori dan latihan soal

9 Reaktor alir tangki berpengaduk: evaluasi

10 Reaktor fixed-bed adiabatis: teori dan latihan soal

11 Reaktor fixed-bed non-adiabatic : teori dan latihan soal

12 Reaktor fixed-bed non-adiabatic : evaluasi

13 Reaktor fixed-bed multitube : teori dan latihan soal

14 Reaktor heterogen : presentasiUAS

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REFERENSI

1. Fogler   H.S., 2006, Element of Chemical Reaction

Engineering, 4th ed.

2. Levenspiel, O., 1999, Chemical Reaction Engineering,

3rd

ed.3. Rase, M.F., 1977, Chemical Reactor Design for Process

Plant, Vol. 1.

4. Smith, R, 2005, Chemical Process Design and

Integration.5. Smith, J.M., 1981, Chemical Engineering Kinetics, 3rd

ed.

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Catatan:

Bagi yang berhalangan hadir pada suatu pertemuan, jawaban quiz

pada pertemuan tersebut dapat disusulkan maksimal 1 (satu)minggu setelahnya kecuali untuk kasus khusus. Nilai maksimal

untuk quiz susulan adalah nilai rata-rata kelas.

Tidak ada toleransi untuk keterlambatan pengumpulan jawaban

evaluasi.

UTS, UAS, dan ujian remediasi bersifat buku terbuka.

Bahan UTS adalah materi pertemuan ke-1 s.d. ke-7

Bahan UAS adalah materi pertemuan ke-8 s.d. ke-14

Bahan ujian remediasi adalah materi pertemuan ke-1 s.d. ke-14

Nilai ujian remediasi hanya mengganti poin untuk UTS dan UAS

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Sistem

Penilaian

Komponen Penilaian %

UTS 35

UAS 35Kuis+Evaluasi+Presentasi   25

Kehadiran 5

55   ≤   C+ < 60

50   ≤   C < 55

45   ≤   C- < 50

40   ≤   C/D < 45

35   ≤   D+ < 40

30   ≤   D < 35

E < 30

A   ≥   75

72.5   ≤   A- < 75

70   ≤   A/B < 72.5

67.5   ≤   B+ < 70

65   ≤   B < 67.5

62.5   ≤   B- < 65

60   ≤   B/C < 62.5