COURSE SYLLABUS. SK091201: Kimia Dasar SK091201: Basic Chemistry

SILABUS KURIKULUM/COURSE SYLLABUS SEMESTER 1

TUJUAN PEMBELAJARAN/ LEARNING OBJECTIVES

SK091201: Kimia Dasar SK091201: Basic Chemistry Credits: 2 Semester: l 

Mahasiswa mempelajari prinsip-prinsip dasar ilmu kimia untuk pengembangan kemampuan diri dalam memecahkan permasalahan pada proses industri kimia

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Students learn the basic principles of chemistry for the development of skill in solving problems in the chemical process industries Mahasiswa memahami prinsip-prinsip dasar ilmu kimia untuk pengembangan kemampuan diri dalam memecahkan permasalahan pada proses industri kimia

 KOMPETENSI/ COMPETENCY

POKOK BAHASAN/ SUBJECTS

PUSTAKA UTAMA/ REFERENCES

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Students must be able to understand the basic principles of chemistry for the development of skill in solving problems in the chemical process industries Prinsip-prinsip dasar kimia Struktur atom dan molekul Fase Reaksi kimia Sifat unsur The basic tools of chemistry The structure of atoms and molecules Sates of matter The control of chemical reactions The chemistry of the elements John C. Kotz and Paul T. Jr. (1999), Chemistry and chemical reactivity, fourth edition, Saunders Golden Sunburst Series, USA. Rothstein, John McMurry, Robert C. Fay. (1999), Chemistry, Prentice Hall, USA

Kurikulum/Curriculum ITS : 2009-2014

MATA KULIAH/ COURSE TITLE

1


KOMPETENSI/ COMPETENCY

TK091211: Pengantar Industri Kimia TK091211: Introduction to Industrial Chemistry Credits: 3 Semester: l 

Mahasiswa mempelajari proses industri kimia dan klasifikasi industri kimia berdasar bahan baku

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Students learn process industries and their classification in general based on their raw materials

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Mahasiswa memahami proses industri kimia dan klasifikasi industri kimia berdasar bahan baku

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Students must be able to understand process industries and their classification in general based on their raw materials

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Pengenalan industri proses kimia; Macam-macam / Klasifikasi industri proses Kimia; Penyusunan blok diagram proses kimia dan diagram alir (flowsheet); Mengenalkan alat-alat industri proses yang umum digunakan. Industri Proses Kimia Sederhana: Gondorukem; Pengolahan Garam (NaCl); Dry ice; Dll. Industri Fermentasi dan Biokimia: Etanol; MSG; Asam Sitrat; Sorbitol Industri Proses Kimia Komplek: Pupuk (Urea; TSP; NPK); BBM; Kertas.

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Introduction to chemical process industries understanding: Types / Clssification of the industries; Process block diagram and flowsheet; The general process equipments applied. The simple chemical process industries: Rosin; Sodium chloride Salt; Dry Ice; Etc. Fermentation and Biochemical Process Industries: Ethanol ; MSG ; Citric Acid ; Sorbitol. Complex chemical proces industries: Vertiizer (Urea; TSP; NPK); Fossil Fuel Oil; Paper. George T. Austin,”Shreve’s Chemical Process Idustries”, 5ed., McGraw-Hill,1985 R.M. Felder and R.W. Rosseau, “Elementary Principles of Chemical Process, “, John Wiley and Sons, New Jersey, 2005.



2

SEMESTER 2

Credits: 2 Semester: II 

Mahasiswa mempelajari membuat algoritma dan program dalam bahasa Matlab

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Students learn to design algorithm and computer program using Matlab

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Mahasiswa dapat membuat algoritma dan program dalam bahasa Matlab

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Students must be able to design algorithm and computer program using Matlab

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Algoritma Pemograman, Struktur Program, Variabel, Konstanta, Type, Operasi Arithmatik dan Logika, Input dan Output, Struktur Kontrol Program, Tipe Data Lanjut.

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Program Algorithm, Program Structure, Variable, Logic and Arithmatic Operations, Conditional Function, Program Control, Advance Data Type


 Hahn D.D. and Valentine, D.T., Essential MATLAB for Engineers and Scientists, Elsevier Ltd., MA 01803, 2007.  Knight, A., Basics of Matlab and Beyon, CRC Press, 2000.





TK091221: PROGRAM KOMPUTER TK091221: COMPUTER PROGRAMMING

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TK091222: KIMIA ORGANIK I TK091222: ORGANIC CHEMISTRY I Credits: 2 Semester: II 

Mahasiswa mempelajari dasar-dasar struktur dan ikatan senyawa organik dan fenomena reaksi kimia tersebut.

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Student learn the basic structural and bonding of organics compounds and its chemical reactions phenomenon.

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Mahasiswa harus dapat memahami dasar-dasar struktur dan ikatan senyawa organik dan fenomena reaksi kimia tersebut.

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Student must be able to understand the basic structural and bonding of organics compounds and its chemical reactions phenomenon. Ikatan dan struktur molekul, Alkena, Alkuna, Alkana, Polimer, Dasar-Dasar Sintesis: Eliminasi, addisi, Reaksi Substitusi, Reaksi organo metal dan ion radikal bebas.

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  PUSTAKA UTAMA/ REFERENCES

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Bonding and Molecule Structure, Alkenes, Alkunas, Alkanas, Polymers, Basic Syntheses: Elimination, Addition, Substitution Chemical Reactions, Free radical and organo metallic reactions Fessenden, Ralph and Joan. “Organic Chemistry I & II”, University th Of Montana, 6 ed, 1998. Pine, Stanley; Hendricson, James; Cram J, Donald; Hammond S, th George. “Organic Chemistry”, 4 ed, International Student Ed, Mc Graw Hill Book Comp, 1986. Meislich, Herbert et al. “Theory and Problems Of Organic Chemistry”, Schaum Outline Series, Mc Graw Hill Book, New York, 1980. Peter Sybes, Penuntun Mekanisme Reaksi Kimia Organik, Edisi 6, penerbit PT Gramedia, Jakarta, 1989.



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TK091223: KIMIA ANALISA TK091223: ANALYTICAL CHEMISTRY Credits: 4 Semester: II 

Mahasiswa mempelajari dasar - dasar analisis kimia anorganik secara kualitatif dan kuantitatif, prinsip dasar instrumentasi dan konsep analitis untuk menganalisa material, dan mampu menganalisa komposisi material secara kuantitatif dan kualitatif dengan metode konvensional atau instrumental.

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Students learn the basic of qualitative and quantitative analysis of inorganic chemicals, fundamental instrumental principles and its analytical concepts to analyze materials, and to analyze material composition quantitatively and qualitatively with conventional or instrumental method. Mahasiswa memahami dasar-dasar analisa kimia anorganik Mahasiswa mampu melakukan analisa kimia anorganik

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Students must be able to understand the basic of qualitative and quantitative analysis of inorganic chemicals  Student must be able to do inorganic chemical analysis  Pendahuluan, Kesetimbangan asam-basa, Titrasi asam – basa, Redox, Analisa Gravimetri, Teknik Pengukuran Komponen Kompleks, Analisa Optical, Analisa Spectrometer, Chromatography, Potensiometri dan Conductometri.  Analisa Asam-Basa, Analisa Iodometri, Potensiometri, Analisa Spectrometri, dan Analisa Gravimetri.  Introduction, Acid – Base Equilibrium, Acid – Base Titration, Redox, Gravimetric Analysis, Complex Compound Science, Gravimetric Analysis, Optical Analysis, Spectrophotometer Analysis, Chromatography, Electroanalytical Chemistry, Potensiometri and Conductometri  Acid – Alkali Analysis, Iodometri Analysis, Potensiometri, Spectrophptometri Analysis, Gravimetri Analysis.  Svehla, G, “Vogel`s Textbook of Macro and Semi – Micro th Qualitative Inorganic Analysis”, 5 ed, 1982  Bisset, J. Denney, GH. Meudham, J. A. “Textbook of Quantitative th Inorganic Analysis”, 4 ed, 1978. th  Day, RA Jr & Underwood, AL. “Quantitative Analysis”, 6 ed, 1991. th  Vogel`s. “A Textbook of Quantitative Inorganic”, 4 ed, 1978



5

SEMESTER 3


TK091331: MATEMATIKA TEKNIK KIMIA I TK091331: CHEMICAL ENGINEERING MATHEMATICS I


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Mahasiswa mempelajari integral lipat, persamaan differensial, deret Fourier, transformasi Laplace, kalkulus vektor, serta dapat menerapkannya pada masalah-masalah teknik.

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Students learn multiple integral, differential Equations, Fourier Series, Laplace Transform, Vector Calculus and to apply them in engineering problems.

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Mahasiswa dapat melakukan perhitungan integral lipat, menyelesaikan persamaan diferensial biasa, mengembangkan suatu fungsi dalam bentuk deret fourier, menyelesaikan persamaan diferensial dengan transformasi Laplace, menyelesaikan persoalan-persoalan yang berhubungan dengan kalkulus vector

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Students must be able to calculate multiple integral, to solve ordinary differential Equations,to obtain Fourier Series expansion of function,to use Laplace Transform in solving initial value problem, to solve problem concerning calculus Vector and to apply them in solving engineering problems. Integral Lipat, Persamaan Differensial, Deret Forier, Transformasi Laplace, Kalkulus Vektor



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Multiple Integral, Differential Equations, Fourier Series, Laplace Transform, Vector Calculus th Howard Anton, Calculus, 5 ed., John Wiley & Sons, Inc., Singapore, 1995. th Kreyszig, Edwin, Advanced Engineering Mathematics, 7 ed., John Wiley & Sons, Inc., Singapore, 1993. th O’Neill, Peter V., Advanced Engineering Mathematics, 4 ed., ITP, Singapore, 1995. Stroud, K.A., Erwin Sucipto, Matematika Umum Teknik, edisi ke 3, Erlangga, Jakarta, 1987


Credits: 3 Semester: III

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TK091332: AZAS TEKNIK KIMIA I TK091332: CHEMICAL ENGINEERING PRINCIPLES I Credits: 3 Semester: III 

Mahasiswa mempelajari menganalisa dan menyelesaikan persoalan neraca massa, baik tanpa reaksi maupun dengan reaksi kimia di dalam sistem tunggal dan komplek.

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Students learn to analyze and to solve problems in materials balances, with or without chemical reactions in simple and complex systems. Mahasiswa mampu menganalisa dan menyelesaikan persoalan neraca massa, baik tanpa reaksi maupun dengan reaksi kimia di dalam sistem tunggal dan komplek.


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Students must be able to analyze and to solve problems in materials balances, with or without chemical reactions in simple and complex systems. Pengantar perhitungan Teknik : Satuan dan dimensi, Satuan mol, Cara menyatakan komposisi, Basis perhitungan, Temperatur, Tekanan, Stoichiometri dan reaksi tidak sempurna. Neraca massa : Konsep neraca massa, Strategi penyelesaian problema Neraca Massa, Neraca Massa yang tidak diikuti reaksi Kimia, Neraca Massa yang diikuti reaksi Kimia, Neraca Massa didalam multisubsistem. Gas dan uap : Gas Ideal, Tekanan uap jenuh, Kejenuhan, Neraca Massa yang meliputi kondensasi dan penguapan. Introduction to Engineering Calculations: Unit and Dimension, Mole Unit, Composition Concepts, Temperature and Pressure Calculations, Stoichiometry, Non – Ideal Reaction. Material Balance: Basics Concepts, Material Balances Problem Solving Strategy, Material Balances in Subsystem With or Without Chemical Reactions. Gases and vapors: Ideal gas, saturated vapor pressure, saturation, mass balance including condensation and vaporization. Himmelblau, DM., Basic Principles and Calculation in Chemical th Engineering, Prentice Hall, 7 ed, 2003. Felder, RM and Rousseau., Elementary Principles Of Chemical rd Processes, John Wiley and Sons, 3 ed, 2000. Reklaitis, GV., Introduction to Material Balances, 1983



7


Credits: 3 Semester: III 

Mahasiswa mempelajari bermacam-macam sumber energi, cadangan energi dan konversinya mulai dari sumber energi konvensional (fossil fuel) hingga energi baru dan terbarukan.

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Students learn various energy resources, reserved energy and its conversion starting from conventional energy (fossil fuel) to renewable energy. Mahasiswa mampu memahami bermacam-macam sumber energi, cadangan energi dan konversinya mulai dari sumber energi konvensional (fossil fuel) hingga energi baru dan terbarukan.

 KOMPETENSI/ COMPETENCY 

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Students must be able to understand various energy resources, reserved energy and its conversion starting from conventional energy (fossil fuel) to renewable energy. Pendahuluan: kebijakan energi nasional, sumber dan cadangan energi dari bahan bakar fosil, distribusi kebutuhan energi dan konsumsi energi. Aspek lingkungan terhadap penggunaan energi. Energi listrik dari bahan bakar fosil dan energi alternatif Energi alternatif: Fuel Cell, Energi nuklir, tenaga air, angin/bayu dan geotermal, Energi surya, Energi dari gasbio, dan Energi dari biomassa. Introduction: National energy policy, Energy resources and reserved energy from fossil fuel, distribution of energy demand and Energy consumption. Enviromental aspect to energy utilization Electrical energy from fossil fuel and alternative energy Altenative energies: Fuel Cell, Nuclear Energy, Water, Wind and Geothermal Energy, Solar Energy, Energy from Biogas and Biomass. Jerrold H. Krenz, Energy : Conversion and Utilization, , Allyn and Bacon, Inc, Boston, 1976. D. Yogiswami and Frank Kreith, Energy Conversion, CRC Press, New York, 2007. Information from www.esdm.go.id.



TK091333: TEKNIK ENERGI TK091333: ENERGY ENGINEERING

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TK091334: KIMIA FISIKA TK091334: PHYSICAL CHEMISTRY Credits: 4 Semester: III 

Mahasiswa mempelajari gejala perubahan fisika meliputi perubahan fase, phenomena permukaan dan peristiwa elektrolitik, selain mengenal mekanisme reaksi dan pembentukan zat koloid.

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Students learn physical changes (including phase transtition, surface and electrolytic phenomena), and to introduce reaction mechanisms and colloidal formation. Mahasiswa memahami gejala perubahan fisika meliputi perubahan fase, phenomena permukaan dan peristiwa elektrolitik, selain mengenal mekanisme reaksi dan pembentukan zat koloid.

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Students must be able to understand physical changes (including phase transtition, surface and electrolytic phenomena), and to introduce reaction mechanisms and colloidal formation. Review wujud zat, gas, cair dan padat; Fenomena Permukaan (tegangan muka, tegangan antar permukaan, adsorpsi); koloid (emulsi, foam, suspensi, gel); transport properties; elektrokimia; teori kinetika gas; Besaran koligatip larutan; Larutan non elektrolit dan elektrolit. Review of gaseous, liquids, and solid states. Phenomena of interface (surface tension, interface surface tension, adsorption); colloid (emulsion, foam, suspension, gel); transport properties; electrochemistry; theory of gas kinetic; colligative properties; non electrolyte and electrolyte solutions. Maron, S. H, and Lando, J. B., Fundamentals of Physical Chemistry, Mac Millan Publishing Co. Inc., New York., 1975 Bahl, B. S., Tuli, G. D., and Bahl, A., Essensial of Physical Chemistry, S Chand & Co. Ltd., 2000 th Levine, I., Physical Chemistry, Mc Graw Hill, 6 ed., 2008



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Mahasiswa mempelajari teori probabilitas, dasar-dasar statistik deskriptif dan statistik inferensia serta meningkatkan kemampuan mahasiswa untuk menggunakan teori-teori ini dalam analisa data.

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Students learn probability theory, descriptive and inference statistics concepts, and to implement the theory in data analysis.

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Mahasiswa memahami teori probabilitas, dasar-dasar statistik deskriptif dan statistik inferensia serta mampu menerapkan teoriteori ini dalam analisa data.

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Students must be able to understand probability theory, descriptive and inference statistics concepts, and to implement the theory in data analysis. Statistik deskriptik, teori probabilitas, distribusi probabilitas, distribusi sampling, parameter statistik, pengujian hipotesa, model empiris, rancangan percobaan (pengenalan).

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Descriptive Statistics, Probability Theory, Probability Distributions, Sampling Distribution, Statistical Parameters, Hypotheses Testing, Empirical Models, Experimental Designs (Introduction).

 Sudjana, Metode Statistika (Statistical Methods), Erlangga, 1984.  Walpole, R.E. and R.H. Myers, Probability and Statistics for th Engineers and Scientist, 4 ed, Mac Millan Publishing Co, London, 1989.  Bhattacharya, C.K and R.A. Johnson, Statistical Concepts and Methods, John Wiley & Sons, New York, 1977  Box, G.E.P., W.G. Hunter and J.S. Hunter, Statistics for Experimenters, John Wiley & Sons, New York, 1978  Himmelblau, D.M.. Process Analysis by Statistical Methods, John Wiley & Sons, New York, 1970



TK091231: ANALISA DAN PENGOLAHAN DATA TK091231: DATA PROCESSING AND ANALYSIS

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TK091232: KIMIA ORGANIK II TK091232: ORGANIC CHEMISTRY II Credits: 3 Semester: III 

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Students learn to comprehend structural and chemical bonding of organic compounds, to analyze chemical reactions in open ring of organic compound, and organic compounds related to biobased research and polymer based research. Student can learn characteristics of organics chemical qualitatively Mahasiswa memahami struktur dan ikatan kimia dari senyawa organik dan mempelajari reaksi kimia dalam sistem terbuka dari senyawa organik dan dihubungkan dengan penelitian berdasarkan polimer dan bio. Mahasiswa memahami karakter dari kimia organik secara kualitatif. Students must be able to comprehend structural and chemical bonding of organic compounds, to analyze chemical reactions in open ring of organic compound, and organic compound related to biobased research and polymer based research. Student must be able to understand characteristics of organics chemical qualitatively Senyawa cyclic, Aromatis, Phenol, Aromatis Polynuclear, Asam amino, Protein, Asam Nukleat, Aldehid, Keton, Asam Karboksilat, dan turunannya, Enolat dan Carbonion, Karbohidrat, Lemak. Reaksi identifikasi: Alkohol, Protein, Turunan karbohidrat, Aldehid, Keton, Asam karboksilat, lemak, dan senyawa aromatis. Reaksi preparasi. Cyclic Compound, Aromatics, Phenol, Polynuclear Aromatics, Amino Acids, Protein, Nucleic acids, aldehyde, keton, carboxylic acid and its derivatives, enolat and carbanion, carbohydrate, and lipids. Identification Reaction: Alcohol, Protein, Carboxylic Acid and its Derivate, Aldehyde, Keton, lipids and Aromatics,



Mahasiswa mempelajari struktur dan ikatan kimia dari senyawa organik dan mempelajari reaksi kimia dalam sistem terbuka dari senyawa organik dan dihubungkan dengan penelitian berdasarkan polimer dan bio.  Mahasiswa mempelajari karakter dari kimia organik secara kualitatif.

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3. PUSTAKA UTAMA/ REFERENCES

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Preparatif Reactions. Fessenden, Ralph and Joan. “Organic Chemistry I & II”, University th Of Montana, 6 ed, 1998. Pine, Stanley; Hendricson, James; Cram J, Donald; Hammond S, th George. “Organic Chemistry”, 4 ed, International Student Ed, Mc Graw Hill Book Comp, 1986. Meislich, Herbert et al. “Theory and Problems Of Organic Chemistry”, Schaum Outline Series, Mc Graw Hill Book, New York, 1980. Peter Sybes, Penuntun Mekanisme Reaksi Kimia Organik, Edisi 6, penerbit PT Gramedia, Jakarta, 1989. Wertheim E, “A Laboratory Guide For Organics Chemistry”, Mc Graw Hill Book Comp, New York, 1980 Vogel, Arthur.” A Textbook Of Practical Organic Chemistry rd including Qualitative Organic Analysis”, 3 ed, Longmans Green & CoLtd, London, 1968. nd Cason, James et al. “Laboratory Text in Organic Chemistry”, 2 ed, Prentice Hall Inc, New Jersey, 1962.


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Mahasiswa mempelajari pengetahuan dasar sistem utilitas untuk pabrik yang berhubungan dengan penyediaan steam, air pendingin, air proses, dan air sanitasi.

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Students learn the basic knowledge about plants utility system related to steam supply, cooling, process and sanitary water.

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Mahasiswa memahami pengetahuan dasar sistem utilitas untuk pabrik yang berhubungan dengan penyediaan steam, air pendingin, air proses, dan air sanitasi.

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Students must be able to understand the basic knowledge about plants utility system related to steam supply, cooling, process and sanitary water. Kedudukan dept. utilitas di industri, Persediaan air di alam, Parameter pengotor di air dan pengaruhnya terhadap pemakaian di industri, Penyediaan air bersih dan air proses, Pengelolaan air pendingin pengolahan air umpan dan air boiler, pengolahan air proses, and pengolahan air sanitasi


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1. PUSTAKA UTAMA/ REFERENCES

The position of Utility Department in Industry, Sources of water in nature, pollutan parameters in water and its effects on industrial usage, clean water and process water supplies ( pretreatment, flocculation, flotation, sedimentation, Filtration, demineralization), cooling water treatment (characteristic of cooling water, cooling water system : once –through system and closed system; corrosion, scale and biological control, feed and boiler water treatment, process water treatment, sanitation water treatment.

“Kurita Handbook of Water Treatment”, Kurita Water Industries, Ltd., Tokyo, 1985. 2. Betz, “ Industrial Water Conditioning”, 9th edition, 1991 th 3. Degreemont, “Water Treatment Handbook”, 5 Ed., 1979. 4. “ The Nalco Water Handbook” , 2nd edition, International edition,



TK091231: SISTEM UTILITAS PABRIK TK091231: PLANT UTILITY SYSTEM

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SEMESTER 4


TK091341: MATEMATIKA TEKNIK KIMIA II TK091341: CHEMICAL ENGINEERING MATHEMATICS II Credits: 3 Semester: IV 

Mahasiswa mempelajari memformulasikan persoalan-persoalan Teknik Kimia ke bentuk persoalan matematika dan menyelesaikannya secara analitik.

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Students learn to formulate chemical engineering problems into mathematical models and to solve them analytically. Mahasiswa mampu memformulasikan persoalan-persoalan Teknik Kimia ke bentuk persoalan matematika dan menyelesaikannya secara analitik.


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Students must be able to formulate chemical engineering problems into mathematical models and to solve them analytically. Formulasi matematika persoalan-persoalan Teknik Kimia, Penyelesaian persamaan differensial biasa dengan deret, Penyelesaian analitik persamaan differensial parsial

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Mathematical Models in Chemical Engineering Problems, Solution of Ordinary Differential Equations with Series Function, Analytical Solution of Partial Differential Equations.

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Rice, RG and Duong, D Do. Applied Mathematics and Modeling for Chemical Engineers, John Wiley & Sons, New York, 1995. Mickley, H.S., T.S. Sherwood and C.E.Reed, Applied Mathematics in Chemical Engineering, Mc Graw Hill, New York, 1984 Jenson, V.G. and G.V.Jeffrey, Mathematical Methods in Chemical Engineering, Academic Press, London, 1977

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Credits: 3 Semester: IV 

Mahasiswa mempelajari menganalisa dan menyelesaikan persoalan neraca energi, baik tanpa reaksi maupun dengan reaksi kimia di dalam sistem tunggal dan kompleks.

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Students learn to analyze and solve problems in energy balances, with or without chemical reactions in simple and complex systems. Mahasiswa mampu menganalisa dan menyelesaikan persoalan neraca energi, baik tanpa reaksi maupun dengan reaksi kimia di dalam sistem tunggal dan kompleks.


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Students must be able to analyze and solve problems in energy balances, with or without chemical reactions in simple and complex systems. Teknik penyelesaian masalah (problem solving) necara massa/energi secara manual dan dengan komputer, konsep neraca energi: sistem tanpa reaksi, sistem dengan reaksi, penyelesaian neraca massa dan energi simultan, penyelesaian neraca massa dan energi pada sistem kompleks. Problem solving technique for material/Energy Balance manually and using computer, Energy balance concept, Energy balance on non-reactive system, Energy balance on reactive system, Solving mass and energy balances for a complex processing plant. Himmelblau, DM., Basic Principles and Calculation in Chemical th Engineering, Prentice Hall, 7 ed, 2003. Felder, RM and Rousseau., Elementary Principles Of Chemical rd Processes, John Wiley and Sons, 3 ed, 2000. Reklaitis, GV., Introduction to Material Balances, 1983



TK091342: AZAS TEKNIK KIMIA II TK091342: CHEMICAL ENGINEERING PRINCIPLES II

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Credits: 3 Semester: IV 

Mahasiswa mempelajari operasi peralatan proses yang berdasarkan pada perpindahan momentum seperti aliran fluida dan pemisahan secara mekanis.

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Students learn operation of process equipments based on momentum transfer such as fluid flow and mechanical separation. Mahasiswa memahami operasi peralatan proses yang berdasarkan pada perpindahan momentum seperti aliran fluida dan pemisahan secara mekanis.




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Students must be able to understand operation of process equipments based on momentum transfer such as fluid flow and mechanical separation. Persamaan karakteristik aliran laminar dan turbulen dalam pipa, Pengukuran aliran fluida, Peralatan penggerak liquida dan gas, Aliran melewati partikel, proses pemisahan mekanik, Pengecilan ukuran partikel secara mekanik. Equation for laminair and turbulent flow in pipe Measurement of fluid flow Pump and gas moving equipment Flow past immersed object, Mechanical separation processes Mechanical size reduction. Geankoplis,C.J., Transport Processes and Separation Process Principles, Prentice Hall International Inc., 4th Ed, 2003 McCabe, W.L, J. C. Smith and P. Harriott, “Unit Operations of Chemical Engineering”, 6th Ed., McGraw-Hill, Inc., 2001 Coulson, J.M. and Richardson, J.F., “Chemical Engineering”, Vol.2, 3rd Ed., Pergamon Press, 1978



TK091343: OPERASI TEKNIK KIMIA I TK091343: UNIT OPERATIONS I

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TK091344: THERMODINAMIKA TEKNIK KIMIA I TK091344 : CHEMICAL ENGINEERING THERMODYNAMICS I


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Mahasiswa mempelajari hukum thermodinamika I dan II, kelakuan gas ideal dan gas nyata, efek panas sensible, transisi fasa dan reaksi, dan aplikasinya dalam satuan operasi teknik kimia.

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Students learn to understand the first and second law of thermodynamics, behavior of ideal and real gases, effects of sensible, phase transition and reaction heats, and their application in chemical engineering unit operation. Dapat menyelesaikan problem pada unit-unit operation dengan mengintegrasikan Hukum I & II Thermodinamika. Dapat menggunakan equation of state (EoS) secara akurat dalam menghitung properti fluida murni dan menyadari keterbatasan dari model-model EoS yang ada. Dapat menghitung panas reaksi dan efek panas pada reaksi-reaksi yang terjadi didalam industri Mengenal peran thermodinamika dalam comercial process simulations.

    KOMPETENSI/ COMPETENCY


The student must be able to  Solve unit operation problems by integrating first and second law of thermodynamics.  apply equation of states (EoS) accurately in calculation of thermodynamic properties of pure fluids and understand the limitation of EoS used.  Calculate the heat effects occurred in industry associated by chemical reaction, sensible and phase transition.  Fully understands the role of chemical engineering thermodynamic in process simulation.  Hukum I dan II thermodinamika beserta aplikasinya pada closed dan open systems yaitu unsteady processes dan steady state flow processes.  Konsep gas ideal, gas dan liquida nyata beserta model-model Equation of State (EoS).  Thermodynamic network (kombinasi Hukum I dan II).  Heat effects akibat perubahan suhu, transisi fasa dan reaksi kimia.


Credits: 4 Semester: IV

17

Entropy Balance dan Lost of Work Siklus Carnot, Pembangkit Tenaga, Refrigerasi dll. Praktikum menggunakan commercial software (Aspen HYSYS 7).



The first and second laws of thermodynamics and their application in closed and opem systems (steady state and unsteady state processes) Concept of ideal and real gases, fluids and equation of state models Thermodynamic network (combining the first and second laws) Heat effects due to reaction, sensible and phase transition Entropy balance and lost of work Carnot cyle, production of power from heat, refrigeration and liquefaction. Introduction to Aspen HYSYS for process simulation (practice). Smith, J. M., Van Ness, H.C., Abbott, M. M.,”Introduction to Chemical Engineering Thermodynamics” 6th ed., McGwaw-Hill CoSingapore (2001). Poling, B. E., Prausnitz, J. M., O’Connell, “ The properties of gases and liquids fifth edition, McGraw-Hill, (2001). Winnick, J., “Chemical Engineering Thermodynamics”, John Wiley & Sons, Inc., USA (1997). Modell, M., Reid, R. C., “Thermodynamics and its Aplications”, Prentice-Hall International, INC., USA (1974). Related Scientific Journals

      


   


  

18


TK091345: PROSES PERPINDAHAN TK091345: TRANSPORT PROCESSES Credits: 4 Semester: IV 

Mahasiswa mempelajari hukum kekekalan dan kecepatan yang menjadi prinsip dari proses perpindahan momentum, Panas dan massa



Students learn the conservation and rate laws as fundamental of momentum, heat and mass transfers. Mahasiswa memahami hukum kekekalan dan kecepatan yang menjadi prinsip dari proses perpindahan momentum, panas dan massa

 KOMPETENSI/ COMPETENCY   








  

Students must be able to understand the conservation and rate laws as fundamental of momentum, heat and mass transfers. Pendahuluan: Fluida Statis dan Gaya Apung, Hukum Kekekalan dan Kecepatan serta Analogi Perpindahan Momentum, Panas dan Massa Sifat-sifat Transport: Viscositas Fluida serta model Fluida Newtonian dan Non-Newtonian; konduktivitas termal; difusivitas dan Jenis Aliran Fluida dan Bilangan Reynold Fenomena perpindahan molekuler tak disertai dan disertai konveksi: Distribusi Kecepatan pada Aliran Laminar, Perpindahan panas konduksi keadaan steady, Perpindahan panas konduksi disertai konveksi, Difusi didalam gas,liquid dan solid, Perpindahan massa difusi disertai konveksi dan reaksi kimia. Fenomena perpindahan antar fasa: Friction factor, koefisien transfer panas untuk konveksi bebas dan konveksi paksa; dan untuk adanya perubahan fasa, koefisien transfer massa dan Perpindahan panas radiasi Prinsip Kekekalan Makroskopik untuk Momentum, Massa, dan Energi. Fluid Static and Buoyancy, Conservation and Rate law, Analogy of Momentum, Heat and Mass Transport Transport properties: Viscosity of fluid, Newtonian and NonNewtonian Fluid Models, Thermal conductivity, and Diffusivity and Fluid Flow characteristics and Reynolds Number Molecular transport without and with convection : velocity distribution in laminar flow, steady-state heat conduction, heat conduction with convection, diffusion in gas, liquid, and solid,



19


 

diffusion mass transport with convection and chemical reaction. Interphase transport phenomena: friction factor, heat transfer coefficient of natural convection and forced convection, heat transfer with phase change, mass transfer coefficient and Radiation heat transfer Principles of Macroscopic momentum, mass, and energy balance. C.J. Geankoplis : “Transport Processes and Separation Processes th Principles”, Prentice Hall, 4 edition, 2003 Bird, R.B., Stewart, W.E., Lightfoot, E.N., “Transport Phenomena”, nd John Wiley & Sons, 2 edition, 2002. Brodkey R.S. and H.C. Hershey,”Transport Phenomena : A Unified Approach”, McGraw Hill, 1988




20



TK091241: MIKROBIOLOGI INDUSTRI TK091241: INDUSTRIAL MICROBIOLOGY Credits: 3 Semester: IV 

Mahasiswa mempelajari karakteristik mikroba,mengembangkan dan memanfaatkannya untuk kebutuhan industri



Students learn the characteristic of microbes, to develop, and to utilize them for industrial need.



Mahasiswa mempelajari karakteristik mikroba,mengembangkan dan memanfaatkannya untuk kebutuhan industri



Students must be able to understand the characteristic of microbes, to develop, and to utilize them for industrial need. Pendahuluan tentang mikrobiologi, morfologi, karakterisasi dan klasifikasi mikroorganisme, media dan nutrisi. Mengontrol pertumbuhan mikroorganisme, Enzim dan metabolismenya, secara fisika dan kimia. Pertumbuhan mikroorganisme, Proses biokimia untuk industri, dan Mikroorganisme dalam pengaruh kondisi yang ekstrem. Penggunaan mikroskop untuk menentukan karakteristik mikroba, koloni, yeast dan identifikasi bakteri, Sterilisasi, Media, Isolasi mikroba, Pertumbuhan mikroba, Tes biokimia, dan Proses fermentasi.

     POKOK BAHASAN/ SUBJECTS


 Introduction to Microbiology, Morphology, Characteristics and Classification of Microorganism, Media and Nutrition,  Physical and Chemical Growth Control of Microorganism, Enzym and its Metabolism,  Microorganism Growth, Biochemical Processes for Industry, and Microorganism under extreme conditions.  Microscope usage in determining microbe characteristics, Colony, Yeast and Bacterial Identification,  Sterilization, Media, Microbes Isolation, Microbes Growth, Dyeing, Biochemical Test, and Fermentation Process. th

1. Pelezar M, Chan and Krieg, “Microbiology”, 5 ed., Mc Graw Hill, New York, 1986. 2. Eugene W. Nester., “Experiments in Mikrobiology”, 1978 3. Casida, L.E., “Industrial Microbiology”, John Wiley, New York, 1978. nd 4. Shuler and Kargi: Bioprocess Engineering. Basic concept. 2 ed.



21


Prentice Hall, 2002. nd 5. Bailey and Ollis: Biochemical Engineering Fundamentals, 2 edition Mc Graw Hill, New York, 1986. 6. Conn, Stumpf, Bruening, Doi: Outlines of Biochemistry, 5ed edition, John Wiley & Sons, 1987 7. ”Petunjuk Praktikum Mikrobiologi”. Jurusan Teknik Kimia ITS, 1998 8. Levine, N. “An Introduction to Laboratory Technique in th Bacteriology”, Mac Millan Co 5 ed, NY, 1976 9. Bertoldo, C., Grote R., dan Antranikian G.: Biocatalysis under extreme Conditions 10. Bergey’s Manual of Systematic Bacteriology

22

SEMESTER 5





Credits: 3 Semester: V 

Mahasiswa mempelajari cara penentuan kinetika reaksi dan merancang reaktor kimia homogen



Students learn how to determine the reaction kinetics and to design homogenous chemical reactor



Mahasiswa mampu memahami kinetika reaksi dan merancang reaktor kimia homogen

     

Students must be able to understand the reaction kinetics and to design homogenous chemical reactor Kinetika reaksi homogen, Interpretasi data reaktor batch, Desain Reaktor alir ideal tunggal dan ganda. Reaktor alir ideal untuk reaksi tunggal dan reaksi ganda. Efek temperatur dan tekanan.

    

Kinetic Reaction. Data Interpretation for Batch Reactor. Ideal single and multiple Flows Reactor Design. Ideal Flow Reactors for Single and Multiple Reactions. Effects of Temperature and Pressure.



Octave Levenspiel, “ Chemical Reaction Engineering” , 3rd Ed. McGraw-Hill, 2000Fogler,” Elements of Chemical Reaction Engineering ”, 3rd ed, Prentice-Hall, 1999. Gilbert F.Froment, Kenneth B.Bischoff,”Chemical Reactor Analysis and Design”, 2nd ed, John Wiley & Sons, 1990 J.M.Smith, “Reaction Kinetics” 3rd ed, McGraw-Hill,1982

 



TK091351: TEKNIK REAKSI KIMIA I TK091351: CHEMICAL REACTION ENGINEERING I

23






Mahasiswa mempelajari penerapan teori-teori yang telah diterima dalam kuliah pada unit operasi skala kecil.



Students learn the application aspects of the theories obtained during the courses in small scale unit operation.



Mahasiswa mampu menerapkan teori-teori yang telah diterima dalam kuliah pada unit operasi skala kecil.



Students must be able to apply theories obtained during the courses in small scale unit operation.



Aliran fluida; Bilangan Reynolds; Karakteristik pompa; Sedimentasi; Diffusi dalam campuran gas biner; Pengadukan; Fluidisasi; Screening/Klasifikasi.



Fluid flow; Reynolds number; Pump characteristics; sedimentation; diffusion in mixture of Binary Gas; Agitation; Fluidization; Heat Exchanger.

 

See references for the courses: TK 091343 and TK 091353 Laboratory safety manual



TK091352: LABORATORIUM TEKNIK KIMIA I TK091352: CHEMICAL ENGINEERING LABORATORY I

24





Mahasiswa mempelajari operasi peralatan proses yang berdasarkan pada perpindahan panas dan masa yaitu evaporasi, humidifikasi, drying dan kristalisasi



Students learn operation of process equipments based on heat and mass transfers , i.e evaporation, humidification, drying and Crystalization



Mahasiswa mampu memahami operasi peralatan proses yang berdasarkan pada perpindahan panas dan masa yaitu evaporasi, humidifikasi, drying dan kristalisasi



Students must be able to understand operation of process equipments based on heat and mass transfers , i.e evaporation, humidification, drying and Crystalization

   

Evaporasi Drying Proses Humidifikasi Kontinyu dan Kristalisasi

    

Evaporation Drying Continuous Humidification process, and Crystallization C.J. Geankoplis : “Transport Processes and Separation Process th Principles”, Prentice Hall, 4 edition, 2003. McCabe, W.L, J. C. Smith and P. Harriott, “Unit Operations of Chemical Engineering”, 6th Ed., McGraw-Hill, Inc., 2001 Badger and Banchero, “Introduction to Chemical Engineering”, McGraw Hill, 1955 nd Peters, “Elementary Chemical Engineering”, 2 ed, Mc Graw Hill, 1984 rd Coulson and Richardson, “Chemical Engineering”, vol 2, 3 ed, Pergamon Press, 1978


  



TK091353: OPERASI TEKNIK KIMIA II TK091353: UNIT OPERATIONS II

25


TK091354: THERMODINAMIKA TEKNIK KIMIA II TK091354: CHEMICAL ENGINEERING THERMODYNAMICS II Credits: 3 Semester: V 



Mahasiswa mempelajari kesetimbangan fasa untuk sistim biner dan multi komponen, teori larutan dan hukum pencampuran untuk larutan ideal dan larutan nyata.



Students learn phase equilibria for binary and multicomponent systems, solution theory and mixing rule for ideal and non ideal solutions. Mahasiswa dapat :  menghitung properti-properti campuran dan kesetimbangan fase dengan model-model thermodinamika yang sesuai  mengkorelasikan data eksperimen dengan model-model termodinamika  memahami keterbatasan dari model-model termodinamika  mengenal aplikasi model termodinamika dalam simulasi proses (contoh HYSYS) The student must be able to  calculate solution properties, phase equilibria with appropriate thermodynamic models.  correlate experimental data with thermodynamic models  understand the limitation of thermodynamic models  know the application of thermodynamic models in process simulation (ex. HYSYS)  Pengenalan Kesetimbangan Uap-Cair (VLE) dan model sederhana untuk VLE, contoh: Hukum Raoult, Hukum Henry dan aplikasi Hukum Raoult pada larutan nyata dan gas nyata.  Cara Perhitungan VLE, BUBL, DEW dan Flash  Teori dasar larutan & dan aplikasinya pada kesetimbangan fasa  Metode-metode pendekatan dalam perhitungan VLE (koefisien aktifitas & persamaan keadaan)  Pengenalan Kesetimbangan Cair-Cair (LLE) & Uap-Cair-Cair (VLLE)  Pengenalan Thermodinamika untuk sistim yang mengandung polimer  Praktikum menggunakan perangkat lunak Aspen HYSYS 7.



26

     


   

Introduction to vapor-liquid equilibria (VLE), simple VLE model eg. Raoult’s law, Henry’s law and their application in real gas and liquids Calculation methods for VLE (BUBLE, DEW and FLASH calculations) Fundamental solution thermodynamics theory & its applications in VLE Approaches in VLE calculations (Activity coefficient & Equation of State) Introduction to thermodynamic of polymer solutions. Introduction to Aspen HYSYS for process simulation (practice). Smith, J. M., Van Ness, H.C., Abbott, M. M.,”Introduction to Chemical Engineering Thermodynamics” 6th ed., McGwaw-Hill CoSingapore (2001). Poling, B. E., Prausnitz, J. M., O’Connell, “ The properties of gases and liquids fifth edition, McGraw-Hill, (2001). Winnick, J., “Chemical Engineering Thermodynamics”, John Wiley & Sons, Inc., USA (1997). Modell, M., Reid, R. C., “Thermodynamics and its Aplications”, Prentice-Hall International, INC., USA (1974). Related Scientific Journals




27


TK091355: BAHAN KONSTRUKSI DAN KOROSI TK091355: MATERIAL OF CONSTRUCTION AND CORROSION




Mahasiswa mempelajari dasar-dasar bahan konstruksi pabrik kimia dan korosi, serta mempelajari metode pemilihan bahan konstruksi untuk industri kimia sesuai dengan keperluannya.



Students learn basic properties of construction materials and corrosion, and how to select construction materials that suitable for chemical industry. Mahasiswa mampu memahami dasar-dasar bahan konstruksi pabrik kimia dan korosi, serta mampu memilih bahan konstruksi untuk industri kimia sesuai dengan keperluannya.










  

Students must be able to understand basic properties of construction materials and corrosion, and to select construction materials that suitable for chemical industry. Pengenalan bahan konstruksi, bahan logam, struktur logam, sifatsifat mekanis logam, perbaikan mutu logam, pembuatan paduan, pengolahan panas, pelapisan , bahan non-logam, polimer alam dan sintesis, keramik, gelas, email, refraktori dan lain-lain. Dasar-dasar korosi, faktor-faktor penyebab korosi, delapan bentuk korosi, teori korosi modern, pencegahan korosi, dan studi kasus Introduction to construction materials, metals structure, mechanical properties of metals, metals increasing quality, alloy preparations, heat treatment, coating, non metal materials, synthetic and natural polymers, ceramics, glasses, refractory materials etc. Basic corrosion, corrosion factors, eight-types of corrosion, modern corrosion theory, corrosion protection, and case studies. Pulukhin P., “Metal Process Engineering”, Peace Publishers, Moscow. Tata Surdia and Shinroku Saito, “Knowledge of Engineering nd Materials”, 2 ., edition, PT Pradnya Paramita, Jakarta, 1992. th Vlack V., “Element of Materials Science and Engineering”, 4 ed., Addison-Wiley Publishing Co., Massachusett, 1980. rd Fontana M.G., “Corrosion Engineering”, 3 ed., Mc Graw Hill Book


Credits: 3 Semester: V

28

 

Co., New York, 1986. Peter, Max S. & Timmerhaus, Chemical Engineering Plant Design and Economics 5rd Ed, mc. Graw Hill, 2003. th Vilbrandt, Frank C.,”Chemical Engineering Plant Design”, 4 ed., Mc Graw Hill Book Co. Lmtd., Tokyo, 1959. Brownell and E. Edwin H. Young, “ Process Equipment Design”, Wiley Report, 1979




29




Mahasiswa mempelajari penyelesaian persoalan-persoalan Teknik Kimia secara numerik.



Students learn solution of chemical engineering problems using various numerical methods.



Mahasiswa mampu menyelesaikan persoalan-persoalan Teknik Kimia secara numerik.



Students must be able to solve chemical engineering problems using various numerical methods. Konsep perhitungan numerik, Penyelesaian persamaan non linier, Penyelesaian sistim persamaan linier dan non linier, Interpolasi, Differensiasi numerik dan Integrasi numerik, Penyelesaian Numerik Persamaan Differensial Biasa, Penyelesaian Numerik Persamaan Differensial Parsial.











Concept of Numerical computation, Solution of Nonlinear Equations, Solving Sets of Linier and Nonlinier Equations, Interpolating Polynomials, Numerical Differentiation and Numerical Integration, Numerical Solution of Ordinary Differential Equations, Numerical Solution of Partial-Differential Equations Curtis, F. Gerald, Applied Numerical Analysis, Addison Wesley Publishing Co., London, 1978. Constantinides, A and Mostoufi, N, Numerical Methods for Chemical Engineers with Matlab Application, Prentice Hall, New Jersey, 1999. Cutlip M.B. and Shacham M., Problem Solving in Chemical Engineering with Numerical Methods, Prentice Hall, New Jersey, 1999. Chapra, S.C., Applied Numerical Methods with Matlab for Engineers and Scientists, McGraw-Hill, New York, 2005



TK091356: KOMPUTASI NUMERIK TERAPAN TK091356: APPLIED NUMERICAL METHODS

30

SEMESTER 6





Credits: 3 Semester: VI 

Mahasiswa mempelajari dasar-dasar reaksi heterogen katalitik, non katalitik dan sistem reaksi biokimia.



Students learn basics of heterogenous catalytic, non catalytic and biochemical reaction systems.



Mahasiswa mampu memahami dasar-dasar reaksi heterogen katalitik, non katalitik dan sistem reaksi biokimia.



Students must be able to understand basics of heterogenous catalytic, non catalytic and biochemical reaction systems.

    

Reaksi dengan aliran non-ideal. Reaksi gas cair. Reaksi katalitik. Reaksi solid-gas. Sistem reaksi biokimia .

     

Reaction with non ideal flow. Gas – liquid reaction. Catalytic reaction. Solid-gas reaction. Biochemical reaction system. Octave Levenspiel, “ Chemical Reaction Engineering” 3rd Ed. McGraw-Hill, 2000. Fogler,” Elements of Chemical Reaction Engineering ”, 3rd

   

ed, Prentice-Hall, 1999 Charles G.Hill, “An Introduction to Chemical Engineering Kinetics and Reactor Design”,John Wiley & Sons,Canada, 1977 Gilbert F.Froment, Kenneth B.Bischoff,”Chemical Reactor Analysis and Design”, 2nd ed, John Wiley & Sons, 1990 J.M.Smith, “Reaction Kinetics” 3rd ed, McGraw-Hill,1982



TK091361: TEKNIK REAKSI KIMIA II TK091361: CHEMICAL REACTION ENGINEERING II

31






Mahasiswa mempelajari penerapan teori-teori yang telah diterima dalam kuliah pada unit operasi skala kecil.



Students learn the application aspects of the theories obtained during the courses in small scale unit operation.



Mahasiswa mampu menerapkan teori-teori yang telah diterima dalam kuliah pada unit operasi skala kecil.



Students must be able to apply theories obtained during the courses in small scale unit operation.



Absorpsi Gas-Liquid, Liquid Stripping dengan Desorpsi, Ekstraksi Liquid-Liquid, Wetted Wall Coloumn, Distilasi Tray Coloumn secara Kontinyu, Distilasi Packed Coloumn secara Batch, Pengeringan, dan Reaktor.



Gas-Liquid absorption, Liquid Stripping by Desorption, Liquid-Liquid Extraction, Wetted Wall Column, Continous Trayed and Batch Packed Coloumn Distillation, Rotary Dryer, and Reactor.

 

See references for the courses: TK 091353 and TK 091363 Laboratory safety manual



TK091362: LABORATORIUM TEKNIK KIMIA II TK091362:CHEMICAL ENGINEERING LABORATORY II

32



Mahasiswa mempelajari prinsip-prinsip operasi pemisahan, khususnya absorbsi, distilasi, leaching dan ekstraksi dan dapat menentukan spesifikasi dasar peralatan proses pemisahan tersebut dengan stage - wise dan packing



Students learn separation process principles especially in absorbtion, distillation, leaching and extraction and to determine basic specification of separation process equipments of stage-wise contact and continuous contact type Mahasiswa mampu memahami prinsip-prinsip operasi pemisahan, khususnya absorbsi, distilasi, leaching dan ekstraksi dan mampu menentukan spesifikasi dasar peralatan proses pemisahan tersebut dengan tipe stage - wise dan packing








           

Students must be able to understand separation process principles especially in absorbtion, distillation, leaching and extraction and to detemine basic size of separation process of stage-wise contact and continuous contact type Pengantar operasi pemisahan, Absorbsi Distilasi Leaching Ekstraksi Introduction to separation processes, absorption, distillation, leaching extraction. C.J. Geankoplis : “Transport Processes and Separation Processes Principles”, Prentice Hall, 4th edition, 2003. McCabe, W.L, J. C. Smith and P. Harriott, “Unit Operations of Chemical Engineering”, 6th Ed., McGraw-Hill, Inc., 2001



TK091363: OPERASI TEKNIK KIMIA III TK091363: UNIT OPERATIONS III

33



Mahasiswa mempelajari dasar perancangan alat industri kimia yang berkaitan dengan bejana bertekanan dan alat penukar panas agar dapat merancang dan mengevaluasi ukuran dasar peralatan industri kimia



Students learn the basic theories of chemical process equipment design related to pressure vessel and heat exchanger in order to have capability to design and evaluate basic size of chemical process equipments Mahasiswa mampu memahami dasar perancangan alat industri kimia yang berkaitan dengan bejana bertekanan dan alat penukar panas agar dapat merancang dan mengevaluasi ukuran dasar peralatan industri kimia






 


        


 

Students must be able to understand the basic theories of chemical process equipment design related to pressure vessel and heat exchanger in order to have capability to design and evaluate basic size of chemical process equipments Kode perancangan Perancangan dimensi bejana pendek, bejana tinggi (dalam operasi tekanan dalam maupun tekanan luar) Aplikasi perpindahan panas, Dasar teori alat penukar panas, Seleksi alat penukar panas Design codes, Design of short and tall vessel for internal and external pressure operation. Application of heat transfer, Basic theory of heat exchanger , Selection and design of heat exchanger Hewit G.E., G.L. Shires, and T.R. Bott, 1994, "Process Heat Transfer",CRC Press Brownell, L.E., and E.H. Young, 1979, “Process Equipment Design”, Wiley Eastern Limited Perry R.H. and D.W. Green, 1997, " Perry's Chemical Engineer's th Hand Book", 7 Ed., Mc. Graw Hill



TK091364: DESAIN ALAT INDUSTRI KIMIA TK091364: CHEMICAL EQUIPMENT DESIGN

34

     

Ludwig, E.E., 1999, "Applied Process Design for Chemical and Petro rd Chemical Plants”, Vol. 3, 3 Ed., Gulf Publishing Co. Battacharya, B.C., 1976, “An Introduction to Process Equipment Design: Mechanical Aspect”, The Librarian Indian Institute of Technology, Madras, 600036 nd Joshi M.V., 1979, “Process Equipment Design”, 2 Ed., S.G Wassani for Macmillan India Limited, New Delhi. Coulson, M., J.F. Richardson, and R.K. Sinnotf, 1999, “Chemical Engineering”, Vol 6,” An Introduction to Chemical Engineering rd Design”, 3 Ed., Buttworth Heineinmann Kern D.Q., 1965, "Process Heat Transfer", Mc. Graw Hill Book Co. Hesse, H.C. and J.H. Rushton, 1959, “Process Equipment Design”, D. van Nostrand Company, Inc. Princeton, New York Standards of Tubular Exchanger Manufacturers Association




35






Mahasiswa mempelajari dasar-dasar pengembangan model, dinamika proses linier dan non linier, state space, fungsi transfer dan simulasi.



Students learn the fundamentals of mathematical model development, linear and non linear process dynamics, state space, transfer function and simulation.



Mahasiswa mampu memahami dasar-dasar pengembangan model, dinamika proses linier dan non linier, state space, fungsi transfer dan simulasi.



Students must be able to understand the fundamentals of mathematical model development, linear and non linear process dynamics, state space, transfer function and simulation.  Process Modeling dengan neraca massa dan neraca energi.Teknik Numerik.Analisis Sistem Linier dan Nonlinier.Transformasi Laplace. Fungsi Transfer. Simulasi dengan Simulink.  Process Modeling using mass and energy balances. Numerical Methods. Linear and Nonlinear System Analysis. Laplace Transform. Transfer Function . Simulation using Simulink.  B. Wayne Bequette, Process Dynamics : Modeling, Analysis and Simulation, Prentice Hall PTR, New Jersey, 1998.D.E. Seborg, T.F. Edgar and D.A. Mellichamp, Process Dynamics and Control, 2nd ed, John Wiley & Sons, Singapore, 2004. MATLAB.v.6.0



TK091365: DINAMIKA PROSES TK091365: PROCESS DYNAMICS

36






Mahasiswa mempelajari konsep-konsep dasar Perancangan Proses agar dapat mendesain suatu flow sheet proses dengan mempertimbangkan kriteria ekonomis, konsumsi energy dan isu lingkungan.



Students learn the fundamentals of process synthesis to design a process through process flowsheeting with consideration on economic, energy consumption and environmental issues criteria.



Mahasiswa mampu memahami konsep-konsep dasar Perancangan Proses agar dapat mendesain suatu flow sheet proses dengan mempertimbangkan kriteria ekonomis, konsumsi energy dan isu lingkungan.



Students must be able to understand the fundamentals of process synthesis to design a process through process flowsheeting with consideration on economic, energy consumption and environmental issues criteria.  Langkah-langkah dalam sintesa proses. Neraca masa dan neraca energi. Perhitungan peralatan, evaluasi ekonomi. Perancangan dan penjadwalan proses batch. Konsep umum simulasi untuk perancangan proses. Integrasi panas dan daya. Desain proses distilasi campuran aseotrop.  Steps in process synthesis. Mass and enegy balances. Calculation on equipment and economic evaluation. Batch process scheduling. General concepts of process design. Heat and Power Integration. Azeotropic mixtures distillation design.  L.T. Biegler, E. Ignacio Grossmaun, “A.W. Westerberg, “Systematic Methods of Chemical Process Design”, Prentice Hall, New Jersey, 1997.  Robin Smith, “Chemical Process Design”, Mc. Graw Hill, New York, 1997  James M. Douglas , “ Conceptual Design of Chemical Process “, Mc. Graw Hill Book Company, (1988).



TK091366: SINTESA DAN SIMULASI PROSES TK091366: PROCESS SYNTHESIS AND SIMULATION

37

SEMESTER 7




TK091371: TEKNIK BIOKIMIA TK091371: BIOCHEMICAL TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari dasar-dasar teknik biokimia agar dapat memecahkan persoalan-persoalan dalam teknik biokimia.



Students learn the fundamental of biochemical technology in order to solve the problems in biochemical technology.



Mahasiswa mampu memahami dasar-dasar teknik biokimia agar dapat memecahkan persoalan-persoalan dalam teknik biokimia.



Students must be able to understand the fundamental of biochemical technology in order to solve the problems in biochemical technology.



Review tentang mikrobiologi, bahan kimia kehidupan, kinetika reaksi enzim, isolasi dan penggunaan enzim, jalur metabolisme, stoikiometri dan energetika sel, kinetika penggunaan substrat, pembentukan biomassa dan hasil produksi dalam kultur sel.



Microbiology review, chemical substances of living, enzymatic reaction kinetics, isolation and use of enzyme, path of metabolism, stoichiometric and energetic cell, substrate utilization kinetics, the production of biomass and its product in cell culture. nd


 Bailey and Ollis, Biochemical Engineering Fundamentals, 2 edition, McGraw-Hill, 1986. nd  Aiba, Humprey, and Mills, Biochemical Engineering, 2 edition, Tokyo University Press, 1973.  Shuler and Kargi, Bioprocess Engineering, Prentice Hall, 1991.



38




TK091371: TEKNOLOGI BAHAN MAKANAN TK091371: FOOD TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari teknologi proses dan operasi pengolahan pangan supaya dapat memecahkan masalah proses dan operasi dalam industri pengolahan pangan.



Students learn the process technology and food processing operation in order to solve the problem in process and operation in food industry.



Mahasiswa mampu memahami teknologi proses dan operasi pengolahan pangan supaya dapat memecahkan masalah proses dan operasi dalam industri pengolahan pangan.



Students must be able to understand the process technology and food processing operation in order to solve the problem in process and operation in food industry.



Gizi, Komposisi dan faedah makanan, Teknologi pengawetan, Proses dan operasi industri pengolahan pangan.



The Nutrient, Composition of food and its usage, Preserving technology, Food processing and operation in industry.


th

Frazier and Westhoff, Food Microbiology, 4 edition, McGraw-Hill, 1988.  Winarno, Kimia Pangan dan Gizi (Food Chemistry and Nutrient), PT. Gramedia, 1984.  Hari Purnomo dan Adiyono, Ilmu Pangan (Food Science), UI-Press, 1987.  Muchji Muljohardjo, Teknologi Pengawetan Pangan (Technology of Food Preservation), UI-Press, 1988.



39



TK091371: TEKNOLOGI GULA TK091371: CANE SUGAR TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari teknologi proses dan operasi industri gula.



Students learn the process technology and operation in cane sugar industry.



Mahasiswa mampu memahami teknologi proses dan operasi industri gula.



Students must be able to understand the process technology and operation in cane sugar industry. Gula, Komposisi gula tebu dan perilakunya dalam proses, kualitas gula tebu, Panen dan penanganan tebu, Penyimpanan dan pencucian, ekstraksi, Pemanfaatan ampas tebu, Pemurnian nira, Penguapan, Kristalisasi, sentrifugasi, Penanganan dan pengemasan gula.







Sugar, Composition of sugarcane and chemical behavior of constituents in processing, Quality of sugarcane, cane harvesting, Reception, storage and washing, Extraction, Utilization of bagasse, Juice purification, Lime and kiln gas production, Evaporating, heating and heat economy, Crystallization, Centrifugation, Sugar handling and packaging.



P. W. van der Poel, H. Schiweck, T. Schwartz, Sugar Technology: Beet and Cane Sugar Manufacture, 1st edition, Verlag, 1998 th Chen, Cane Sugar Handbook, 11 edition, Elsevier, 1985. rd Hugot, Handbook of Cane Sugar Engineering, 3 edition, Elsevier, 1986.

 



40


TK091371: TEKNOLOGI FERMENTASI TK091371: FERMENTATION TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari dasar-dasar teknologi fermentasi, sehingga mampu memecahkan masalah proses fermentasi untuk industri.



Students learn the fundamental of fermentation technology in order to solve the fermentation problem in industry.



Mahasiswa mampu memahami dasar-dasar teknologi fermentasi, sehingga mampu memecahkan masalah proses fermentasi untuk industri.



Students must be able to understand the fundamental of fermentation technology in order to solve the fermentation problem in industry. Pegantar proses fermentasi, kinetika pertumbuhan mikroba, isolasi dan pengawetan mikroba, media untuk fermentasi, sterilisasi, pengembangan inokulum, desain fermentor, aerasi dan pengadukan, recoveri dan pemurnian produk.






Introduction to fermentation processes, microbial growth kinetics, Isolation and preservation of microorganism, media for industrial fermentations, sterilizations, development of inocula for fermentation, design of a fermenter, aeration and agitation, recovery and purification of product. .

 Peter F. Stanbury, Allan W., and Stephen J. Hall, Principles of Fermentation Technology, 2nd ed, MPG Books Ltd, 2003. nd  Aiba, Humprey, and Mills, Biochemical Engineering, 2 edition, Tokyo University Press, 1973. nd  Bailey and Ollis, Biochemical Engineering Fundamentals, 2 edition, McGraw-Hill, 1986.  Vogel, Fermentation and Biochemical Engineering Handbook, Noyes Publication, 1983.  Yoo, Comprehensive Biotechnology, Vol. 3 and 4, Pergamont Press, 1985.



41




TK091371: TEKNOLOGI ENZIM TK091371: ENZYME TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari dasar-dasar teknologi enzim mulai dari pemahaman dasar tentang enzim sampai dengan aplikasi enzim dalam industri.



Students learn the basic of enzyme technology and application of enzyme in industry



Mahasiswa mampu memahami dasar-dasar teknologi enzim mulai dari pemahaman dasar tentang enzim sampai dengan aplikasi enzim dalam industri.



Students must be able to understand the basic of enzyme technology and application of enzyme in industry



Pengertian dasar tentang enzim, protein, sifat-sifat enzim, kinetika reaksi enzim; isolasi dan penggunaan enzim, jalur metabolisme, kinetika penggunaan substrat, aplikasi enzim dalam industri.



Basic understanding of enzyme, protein, enzyme specificity, enzyme kinetics, isolation and use of enzyme, metabolic pathway, kinetics of substrate consumption/product generation, bioreactor design for enzymatic reaction, enzyme application in industry. nd


 Harvey W Blanch, Douglas S Clark, Biochemical Engineering, 2 edition, CRC Press, 2007 nd  Michael L. Shuler and Fikret Kargi, Bioprocess Engineering, 2 edition, Prentice Hall, 2001. nd  James M. Lee, Biochemical engineering, 2 edition, Prentice Hall, 1992. nd  Bailey and Ollis, Biochemical Engineering Fundamentals, 2 edition, McGraw-Hill, 1986.



42

TK091371: TEKNOLOGI PULP DAN KERTAS TK091371: PULP AND PAPER TECHNOLOGY Credits: 3 Semester: VII



Mahasiswa mempelajari dasar-dasar teknologi pulp dan kertas.



Students learn the fundamental of pulp and paper technology.



Mahasiswa mampu memahami dasar-dasar teknologi pulp dan kertas.



Students must be able to understand the fundamental of pulp and paper technology.




Metodologi pembuatan berbagai macam pulp , proses pembuatan pulp yang paling banyak didunia, Persiapan bahan untuk membuat kertas (stock preparation), Pemanfaatan serat sekunder, Bahan kimia additive, Proses pembuatan lembaran (wet end process), Pengempaan dan pengeringan, Finishing.



Methods of pulp manufacturing, the most widely used pulp manufacturing process in the world, stock preparation, use of secondary fiber, additive substances, wet end process, drying, and finishing.


 Casey, Pulp and Paper, 3 edition, Wiley-Interscience, 1980. nd  Smook, Handbook for Pulp and Paper Technology, 2 edition, Atlantic Books, 1996.



rd



43





Credits: 3 Semester: VII 

Mahasiswa mempelajari proses produksi semen di industri.



Students learn the cement manufacturing process.



Mahasiswa mampu memahami proses produksi semen di industri.



Students must be able to understand the cement manufacturing process.



Pendahuluan yang meninjau sejarah semen dan proses pembuatannya, macam-macam semen dan kegunaannya, bahan baku untuk pembuatan semen, penyiapan umpan tanur, teknologi pembakaran, penggilingan clinker menjadi produk akhir/semen.



Introduction to cement history and manufacturing process, types of cement and its application, raw material of cement, preparation of furnace feed, combustion technology, milling technology.

 Duda, Cement Data Book, Volume One: International Process rd Engineering in the Cement Industry, 3 edition, French and European Pubns, 1985. td  Kohlhaas and Labahn, Cement Engineers Handbook, 4 edition, Intl Public Service, 1982.



TK091371: TEKNOLOGI SEMEN TK091371: CEMENT TECHNOLOGY

44


TK091371: TEKNOLOGI MEMBRAN TK091371: MEMBRANE TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari prinsip-prinsip proses pemisahan menggunakan membran, dan mempelajari perkembangan penerapannya serta mempelajari cara memilih alternatif proses pemisahan dengan membran.



Students learn the principle of membrane separation processes, and to learn various applications in practice and to learn how to select the alternative of separation process using membrane. Mahasiswa mampu memahami prinsip-prinsip proses pemisahan menggunakan membran, dan memahami perkembangan penerapannya sehingga mampu memilih alternatif proses pemisahan dengan membran.












 

Students must be able to understand the principle of membrane separation processes, and to understand various applications in practice. Students should be able to select the alternative of separation process using membrane. Klasifikasi Proses membran : gas difusi dalam porous solid, gas permeation dalam suatu membran, liquid permetion-dialysis, reserve osmosis, ultrafiltration proses membran, gel permetion chromatography, nanofiltration membrane, vacum membrane filtration. Jenis proses liquid-solid membrane. Proses gas permeation membrane, reverse osmosis membrane. Pengunaan membrane dalam pengelolaan air minum, penghilangan logam berat, pestisida, dan lain-lain. Classification of membrane process: gas diffusion into porous solid, gas permeation, liquid permeation-dialysis, reverse osmosis, ultrafiltration membrane process, gel permeation chromatography, nanofiltration membrane, vacuum membrane filtration, types of liquid-solid membrane process, reverse osmosis membrane. The application of membrane in water treatmen, heavy metal removal, pesticide, etc. Hwang and Kammermeyer, Membrane in Separations, John Wiley, New York, 1975. Porter, Handbook of Industrial Membrane Technology, Noyes Pubns, New York, 1990.



45



TK 091371: TEKNOLOGI AEROSOL TK 091371: AEROSOL TECHNOLOGY Credits: 3 Semester: VII  

Mahasiswa mempelajari sifat, perilaku dan pengukuran aerosol Mahasiswa mempelajari ilmu aerosol untuk aplikasi praktis seperti instrument untuk mengukurnya, penyebarannya di atmosfer, proses industri, dsb.

 

Students learn properties, behavior and measurement of aerosols. Students learn how to use aerosol science in practical applications such as instrument to measure it, its dispersion in atmospheric, industrial process, etc.



Mahasiswa mampu memahami sifat, perilaku dan pengukuran aerosol Mahasiswa mampu menggunakan ilmu aerosol untuk aplikasi praktis seperti instrument untuk mengukurnya, penyebarannya di atmosfer, proses industri, dsb.



 




      

Students must be able to understand properties, behavior and measurement of aerosol. Students must be able to understand how to apply the basic principles of aerosol in specific application such as filtration, electrotatic precipitation, deposition in respiratory system, etc. Definisi dan karakterisasi aerosol, sifat-sifat gas dan gaya yang mempengaruhi gerak partikel aerosol Sampling dan pengukuran konsentrasi Koagulasi, kondensasi dan evaporasi Aerosol atmosferik, sifat listrik dan optik aerosol Gerak bulk aerosol, eksplosi debu, bioaerosol, pengukuran mikroskopis ukuran partikel, produksi aerosol uji. Definition and characterization of aerosol, gas properties and forces affected aerosol particle motion Sampling and concentration measurement Coagulation, condensation and evaporation



46

 

 Hinds, W. C., Aerosol Technology: Properties, Behavior, and Measurement of Airborne Particles, John Wiley & Sons, 2nd ed. (1999).



Atmospheric aerosol, electrical and optical properties of aerosol Aerosol bulk motion, explotion, dust, bioaerosol, microscopic measurement of particle ize, production of test aerosol

47

TK 091371: TEKNOLOGI MINYAK DAN GAS BUMI TK 091371: OIL AND GAS TECHNOLOGY







Mahasiswa mempelajari dasar-dasar teknologi proses dan operasi pengolahan minyak dan gas bumi.



Students learn the basic principles of petroleum and gas processing technology and operation.



Mahasiswa mampu memahami dasar-dasar teknologi proses dan operasi pengolahan minyak dan gas bumi.



Students must be able to understand the basic principles of petroleum and gas processing technology and operation.

  

Pengantar minyak mentah dan pengolahannya. Proses distilasi Proses konversi dan pemurnian

 Introduction to crude oil and its processing  Distillation processes  Conversion and treating processes   Jones, D.S.J, Elements of Petroleum Processing, John Wiley & Sons, New York, 1996.  Nelson, Petroleum Refinery Engineering, McGraw-Hill, New York, 1958.  Watkins, Petroleum Refinery Distillation, Gulf Publishing Company, USA, 1981.  Van Winkle, M., Distillation, Mc. Graw Hill Book Company, New York, 1976.



Credits: 3 Semester: VII

48





Credits: 3 Semester: VII  Mahasiswa mempelajari dasar-dasar dan teknik polimerisasi, sifat dan struktur polimer serta mengenal proses dan teknologi industri polimer komersial.  Students learn the fundamental and technique of polymerization, characteristics and structure of polymer, and to know the process and technology in commercial polymer industry. 

Mahasiswa mampu memahami dasar-dasar teknologi proses dan operasi pengolahan minyak dan gas bumi.



Students must be able to unbderstand the basic principles of petroleum and gas processing technology and operation.

   

Dasar-dasar polimerisasi Struktur dan sifat-sifat polimer Teknik Proses polimerisasi Contoh-contoh industri polimer komersial

   

Fundamental of polymerization Structure and Characteristic of polymer Polymerization techniques. Examples of polymer industry



Billmeyer, F.W. Jr., Textbook of Polymer Science, Wiley, New York, 1971 Griskey, R.G., Polymer Process Engineering, Chapman & Hall, New York, 1995 Fried, J.R., Polymer Science and Technology, Prentice Hall, New Jersey, 1995 Iis Sofyan, Kimia Polimer, PT. Pradnya Paramita, Jakarta, 2001

  



TK 091371: TEKNOLOGI POLIMER TK 091371: POLYMER TECHNOLOGY

49



TK 091371: TEKNOLOGI KATALIS TK 091371: CATALYST TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari katalis khususnya katalis heterogen, Proses pembuatannya, karakterisasinya, mekanisme reaksi katalitik terutama mengenai Penggunaan dan perkembangannya di Industri.



Students learn catalyst, especially heterogeneous catalyst, manufacturing process, catalyst characterization, catalytic reaction mechanism, and development of catalyst.



Mahasiswa mampu memahami katalis khususnya katalis heterogen, Proses pembuatannya, karakterisasinya, mekanisme reaksi katalitik terutama mengenai Penggunaan dan perkembangannya di Industri.



Students must be able to understand catalyst, especially heterogeneous catalyst, manufacturing process, catalyst characterization, catalytic reaction mechanism, and development of catalyst. Peran katalis dalam industri kimia. Peran katalis dalam mempercepat reaksi. Mekanisme reaksi katalitik. Katalis homogen dan heterogen. Kinetia reaksi katalitik. Perkembangan teori katalisis. Komponen utama penyusun katalis. Berbagai katalis di industri. Deaktivasi katalis.







The role of catalyst in chemical industry, Catalytic Reaction Mechanism, Heterogeneous and Homogeneous Catalyst, Catalytic Reaction Kinetic, Development of catalytic theory, The main composition of catalyst. Types of catalyst in industry. Catalyst Deactivation.



Richardson, J.T., “Principles of Catalyst Development”, Pleum Press, 1989 Twigg, M.V., “Catalyst Handbook”, Wolfe Publ., 1989 Gates B. “Catalyst”, John Wiley, 1991

 



50




TK 091371: TEKNOLOGI KERAMIK TK 091371: CERAMICS TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari proses produksi dalam industri keramik (utamanya di Indonesia)



Students learn production (especially in Indonesia)



Mahasiswa mampu memahami proses produksi dalam industri keramik (utamanya di Indonesia)



Students must be able to understand production ceramic industries (especially in Indonesia)



Struktur dan sifat-sifat kristal, Jenis bahan-bahan keramik dan pembentukan bodi, Gelasur, Properties keramik, Proses pembentukan keramik The structure and characteristics of crystal, types of ceramics materials, body shaping, property of ceramics, and manufacturing of ceramics




   

process in ceramic industries

process in

Norton, F.H. (1957), “Element of Ceramic”, Addison Wisley Publishing Company Inc, Massachussets James, S. Reed (1980), “Introduction to the Principles of Ceramic Processing”, John Willy & Sons, New York A.I. Anrews (1957), “Ceramics Test and Calculations”, John Willy & Sons, Inc, New York Saito, Sinroku dan Surdia Tata (1985), “Pengetahuan Bahan Teknik”, PT. Pratnya Paramita Jakarta. Vlack, Van (1980), “Element of Materials Science and Engineering”, th 4 edition Addison Wesley Company, Reading, Mass, USA Segal, David (1989), “Chemical synthesis of advanced ceramic materials”, Cambridge University Press Cambridge



51


TK091371: PERPINDAHAN MASSA DENGAN REAKSI KIMIA TK091371: MASS TRANSFER WITH CHEMICAL REACTION Credits: 3 Semester: VII




 Mahasiswa mempelajari kinerja absorpsi disertai reaksi kimia dalam tangki teraduk, packed column, dan plate column.  Students learn design and analyze the performance of gas-liquid absorption with chemical reaction in mixed tank, packed column, and plate column.  Mahasiswa mampu memahami kinerja absorpsi disertai reaksi kimia dalam tangki teraduk, packed column, dan plate column.  Students must be able to design and analyze the performance of gas-liquid absorption with chemical reaction in mixed tank, packed column, and plate column.     

Dasar-dasar absorbsi disertai reaksi kimia, Absorbsi gas kedalam liquida tenang, Absorbsi gas kedalam liquida bergolak, Absorbsi gas di dalam absorber tangki teraduk, Absorbsi gas di dalam packed column dan plate column

    

Fundamental of absorption with chemical reaction, Gas absorption in quiescent liquid, Gas absorption in agitated liquid, Gas absorption in mixed tank, Gas absorption in packed and plate column



Danckwertz, P.V.F.R.S., Gas Liquid Reactions, Mc.Graw Hill, New York, 1970. Astarita, Giovanni, Mass Transfer with Chemical Reaction, Elsevier Publishing Company, Amsterdam, 1967





52


TK091376: TEKNOLOGI LIPIDA TK091376: LIPIDS TECHNOLOGY Credits: 3 Semester: VII 

Mahasiswa mempelajari komposisi utama, karakteristik /properties minyak nabati, dan hubungannya dengan prinsipprinsip teknologi.



Students learn the essential components of fats and oils technology, properties, and relevant engineering principles. Mahasiswa mampu memahami komposisi utama, karakteristik /properties minyak nabati, dan hubungannya dengan prinsipprinsip teknologi.




 

Students must be able to understand the essential components of fats and oils technology, properties, and relevant engineering principles. Bahan baku dan propertis: Proses dan penanganan minyak nabati, proses pembuatan minyak, bleaching, hidrogenasi, fraksinasi, interestifikasi, distilasi, pengepakkan, studi ekonomi dan lingkungan





 O’Brien, R.D., Walter E.F., Peter J.W., Introduction to fats and oils Technology, AOCS Press, Champaign, Illinois, 2000  Bockish, M., Fats and Oils Handbook. AOCS Press, Champaign, Illinois, US., 1998



Raw materials and properties: An overview, properties and sources of fats and oils, nutritional and health aspects of dietary lipids. Processing and Handling of Oils: Fats and oils processing, Bleaching, Hydrogenation, Fractionation, Interesterification, Deodorization, Packaging and bulk handling, Environmental Economics considerations,



53





TK091372: PENGENDALIAN PROSES TK091372: PROCESS CONTROL Credits: 3 Semester: VII  Mahasiswa mempelajari dasar-dasar mengendalikan proses, analisis pengendalian feedback dan feedforward, pengendalian konvensional dan lanjutan, stabilitas Routh, Bode dan Nyquist, pengendalian proses multi variable.  Students learn the fundamentals of process control, analysis of feedback and feedforward control, conventional and advanced process control, Routh, Bode and Nyquist stability, multi variable processes and control.  Mahasiswa mampu memahami dasar-dasar mengendalikan proses, analisis pengendalian feedback dan feedforward, pengendalian konvensional dan lanjutan, stabilitas routh, bode dan nyquist, pengendalian proses multi variable. 

Students must be able to understand the fundamentals of process control, analysis of feedback and feedforward control, conventional and advanced process control, Routh, Bode and Nyquist stability, multi variable processes and control.



Dasar-dasar Pengendalian Feedback dan Feedforward.Pengenalan alat instrumentasi (sensor, alat pengendali dan keran pengatur.Fungsi transfer lup tertutup dan stabilitas Routh, Bode dan Nyquist. Pengendalian konvensional dan lanjut. (Single loop, cascasde, rasio control, IMC dan MPC). Simulasi dengan Simulink. Pengendalian MIMO. Analisis kestabilan MIMO.



Fundamentals of Feedback and Feedforward Controls.Introduction to instrumentations (sensor, controllers, and control valves). Closed loop transfer function and Routh, Bode dan Nyquist stability.Conventional and advanced process control. (Single loop, cascasde, ratio control, IMC and MPC). Simulation with Simulink. Multi Input Multi Output Control. MIMO stability analysis.  D.E. Seborg, T.F. Edgar and D.A. Mellichamp, Chemical Process Dynamics and Control, 2nd ed, John Wiley & Sons, India, 2004.  B. Wayne Bequette, Process Control: Modeling, Design and Simulation, Prentice Hall PTR, New Jersey, 1998.Luyben and



54


Luyben, Essentials of Process Control, Int’l ed, Mc Graw Hill, Singapore, 1997.  MATLAB v7.0.

55



TK091373: EKONOMI TEKNIK TK091373: ENGINEERING ECONOMICS Credits: 3 Semester: VII  Mahasiswa mempelajari dasar-dasar ekonomi teknik untuk dapat mengevaluasi perancangan dan operasi pabrik kimia.  Students learn the fundamental of engineering economics in order to evaluate design and operation of chemical plant.  Mahasiswa mampu memahami dasar-dasar ekonomi teknik untuk dapat mengevaluasi perancangan dan operasi pabrik kimia. 

Students must be able to understand the fundamental of engineering economics in order to evaluate design and operation of chemical plant.



Pendahuluan; bahasan mengenai dasar-dasar ekonomi teknik; konsep tentang biaya Hubungan uang – waktu : interest, present value, future values and annuities, linear and geometric gradiens, , nominal and effective interest rates, continuous compounding Struktur biaya : fixed capital investment, working capital investment Aplikasi: present worth, future worth and annual worth, conventional and discounted payback periods, internal and external rates of return, and comparing two or more alternatives Depreciation and corporate income taxes, after-tax cash flow analysis Inflation, sensitivity analysis The benefit-cost ratio method

    POKOK BAHASAN/ SUBJECTS



     

Preliminaries; introduction to basic principles of engineering economics; cost concepts Money-time relationships: interest, present values, future values and annuities, linear and geometric gradients, nominal and effective interest rates, continuous compounding Cost structure : fixed capital investment, working capital investment Applications: present worth, future worth and annual worth, conventional and discounted payback periods, internal and external rates of return, and Comparing two or more alternatives Depreciation and corporate income taxes, after-tax cash flow



56

 

 Donald G Newnan, Ted G. Eschenbach, and Jerome P. Lavelle, Engineering Economic Analysis, Oxford Univ Press, 2009.  Peter, Max S. & Timmerhaus, Chemical Engineering Plant Design rd and Economics, 5 Ed, Mc.Graw Hill, 2003.



analysis Inflation, sensitivity analysis The benefit-cost ratio method

57




Credits: 2 Semester: VII  Mahasiswa mempelajari ilmu-ilmu teknik kimia dalam perancangan pabrik kimia  Students learn chemical engineering sciences in chemical plant design  Mahasiswa mampu merancang pabrik kimia berdasarkan ilmu-ilmu teknik kimia  Students must be able to design chemical plant based on chemical engineering sciences  Dasar-dasar perancangan pabrik kimia dan Penetapan spesifikasi pabrik.  Pemilihan proses, pembuatan proses flow diagram, Perhitungan dan Penulisan neraca massa dan energi,  Spesifikasi peralatan proses, keselamatan proses dan Utilitas,  Lokasi dan tata letak pabrik,  Evaluasi proyek       


  

Fundamentals of chemical plant design, and Plant specifications. Process selection, and construction of process flow diagram, and Calculation and presentation of mass and energy balances, Process equipments specification, Design safety and health, and Plant utilities, Plant location and plant lay out, Project evaluation. William, D.B, 1990, “Preliminary Chemical Engineering Plant nd Design”, 2 Ed., Van Nostrand Reinhold, New York. Vilbrandt, F.C. and C.E. Dryden 1959, “Chemical Engineering Plant th Design”, 4 Ed., Mc Graw Hill Book Co. Lmtd., Tokyo. Peters, M.S., K.D. Timmerhaus, 2003, “Plant Design and nd Economics for Chemical Engineer”, 5 Ed., Mc Graw Hill Int. Book Co. Ulrich, G.D., 1984, “A Guide to Chemical Engineering Process Design and Economics”, John Wiley & Son, New York. Ludwig, E.E., 1974, “Applied Project Management for the Process Industries”, Taiwan.



TK091374: DESAIN PABRIK KIMIA TK091374: CHEMICAL PLANT DESIGN

58




Credits: 4 Semester: VII 

Mahasiswa berlatih merancang pabrik kimia dibawah supervisi dosen pembimbing



Students practice designing the chemical plant under supervision of academic supervisor

 Mahasiswa mampu melaksanaan perancangan pabrik kimia berdasarkan ilmu-ilmu teknik kimia  Students must be able to design chemical plant based on chemical engineering sciences     

Seleksi dan uraian proses, Flow diagram proses, Perhitungan neraca massa dan neraca energi Spesifikasi alat Analisa Ekonomi

     

Process selection and description Process flow diagram Mass and energy balances calculation Specification of equipments Economic analysis William, D.B, 1990, “Preliminary Chemical Engineering Plant nd Design”, 2 Ed., Van Nostrand Reinhold, New York. Vilbrandt, F.C. and C.E. Dryden 1959, “Chemical Engineering th Plant Design”, 4 Ed., Mc Graw Hill Book Co. Lmtd., Tokyo. Peters, M.S., K.D. Timmerhaus, 2003, “Plant Design and nd Economics for Chemical Engineer”, 5 Ed., Mc Graw Hill Int. Book Co. Ulrich, G.D., 1984, “A Guide to Chemical Engineering Process Design and Economics”, John Wiley & Son, New York. Ludwig, E.E., 1974, “Applied Project Management for the Process Industries”, Taiwan.


  



TK091375: TUGAS DESAIN PABRIK KIMIA TK091375: PRELIMINARY PLANT DESIGN PROJECT

59

SEMESTER 8




Credits: 3 Semester: VIII 

Mahasiswa mempelajari perancangan detail kolom isian dan tray berdasarkan kinerja hidrauliknya.



Students learn perform detailed design of packed and tray column based on hydraulic performance.



Mahasiswa mampu melakukan perancangan detail kolom isian dan tray berdasarkan kinerja hidrauliknya.



Students must be able to perform detailed design of packed and tray column based on hydraulic performance. Perancangan detail kolom isian, Perancangan detail kolom tray tipe bubble cap, Perancangan detail kolom tray tipe sieve

       




 

Detailed design of packed tower, Detailed design of bubble cap tray tower, Detailed design of sieve tray tower Van Winkle, M., Distillation, Mc. Graw Hill Book Company, New York, 1976. Ludwig, E.E., Applied Process Design for Chemical and Petrochemical Plants, vol.2, second edition, Gulf Publishing Company, Book Division, Houston, London, Paris, Tokyo, 1979. Coulson, J.M.& Richardson, J.F., Chemical Engineering, vol.6, first edition, Pergaman Press, Oxford, New York, Toronto, Sydney, Paris, Frankfurt, 1983. Treybal, R.E., Mass Transfer Operation, third edition, Mc Graw Hill Kogakusha, Ltd., Tokyo, 1980. Backhurst, J.R. & Harker, J.H., Process Plant Design, Heinman Education Book, London, 1973.



TK091381: DESAIN KOLOM PEMISAH TK091381: SEPARATION EQUIPMENT DESIGN

60





Mahasiswa mempelajari dasar-dasar perhitungan pemisahan multi komponen supaya mampu merancang dan menganalisa peralatan pemisahan multi komponen didalam industri



Students learn the fundamental of multi component separation calculation so that they can design and analyze the equipment of multi component in chemical industry



Mahasiswa mampu memahami dasar-dasar perhitungan pemisahan multi komponen supaya mampu merancang dan menganalisa peralatan pemisahan multi komponen didalam industri



Students must be able to understand the fundamental of multi component separation calculation so that they can design and analyze the equipment of multi component in chemical industry



Perubahan perancangan (design variable), distilasi flash multi komponen, distilasi fraksionasi (multistage) multi komponen, distilasi azeotrop dan distilasi ekstraktif, absorpsi multi komponen, ekstraksi multi komponen



Design variable, flash distillation of multi component, fractionation distillation of multi component, azeotrop and extractive distillation, absorption of multi component, extraction of multi component Henley, E.J., and J.D. Seader, Equilibrium Stage Separation Operations in Chemical Engineering, John Wiley, New York, 1981. Van Winkle, Distillation, Mc Graw Hill, New York, 1967 Treyball, Mass Transfer Operations, Mc Graw Hill, New York Smith, B.D., Design of Equilibrium Stage Processes, Mc Graw Hill, New York, 1963


  



TK091381: DESAIN PEMISAHAN MULTI KOMPONEN TK091381: MULTICOMPONENT SEPARATION

61





TK091381: PENGENDALIAN PENCEMARAN UDARA TK091381: AIR POLLUTION CONTROL Credits: 3 Semester: VIII  Mahasiswa mempelajari fenomena pencemaran udara dan mengerti sistem pengendalian pencemaran udara terutama untuk industri  Students learn the phenomena and control system of air pollution in industry  Mahasiswa mampu memahami fenomena pencemaran udara dan mengerti sistem pengendalian pencemaran udara terutama untuk industri  Students must be able to understand the phenomena and control system of air pollution in industry  Peraturan-Perundangan dan Program Pemerintah tentang PPU. Sifat, jenis, dan effek polutan udara. Pengukuran dan perkiraan emisi polutan serta faktor emisi. Effek meteorology dan model penyebaran polutan. Ide umum pengendalian pencemaran udara. Polutan pertikulat dan pengendaliannya. Reaksi fotokimia atmosfir. Pengendalian volatile organic compound (VOC), sulfur oksida, dan nitrogen oksida. Kebauan. Penggunaan Software Dispersi Polutan di Udara  The regulation and government program of air pollution control. Characteristic, type, and effect of air pollution. Measurement and prediction pollutant emission. Meteorology effect and pollutant distribution model. General idea of air pollution control. Particulate pollutant and control of air pollution. Atmospheric photochemical reaction. VOC, sulfur oxide, and nitrogen oxide control. Odor. The use of air pollutant dispersion software  ------------ Kumpulan Peraturan Perundangan (UU No.5/1982 tentan Perindustrian, UU No23/1997 tentang Pengelolaan Lingkungan Hidup, PP.41/1999 tentang Pencemaran Udara. SK Menteri Negara LH, SK Gubernur/Pemprov nd  Nevers, N.D, Air Pollution Control Engineering., 2 ed, Mc Graw Hill, 2001  Parker A., “Industrial Air Pollution Handbook”, , McGraw-Hill Book Company (UK) Limitied, Maidenhead, England, 1978



Wark K., and C.F.Warner, “Air Pollution, Its Origin and Control”, 3 d, Purdue Unversity, Harper & Row, Publisher, New York, 1999

rd



62

TUJUAN PEMBELAJARAN/ LEARNING OBJECTIVES KOMPETENSI/ COMPETENCY



Credits: 3 Semester: VIII  Mahasiswa mempelajari integrasi energi dan massa.  Students learn the energy and mass integration.

 Mahasiswa mampu memahami integrasi energi dan massa.  Students must be able to understand the energy and mass integration  Jejaring penukar panas, sistem utilitas, sistem pendinginan, sistem distribusi air. 

Heat exchanger network, steam system and cogeneration, cooling and refrigeration system, water system design.



Robin Smith, Chemical Proses Design and integration, 2nd edition, Mc Graw-Hall,New York, 2005.



TK091381: DESAIN JARINGAN PENUKAR PANAS TK091381: HEAT EXCHANGER NETWORK

63




 Mahasiswa mempelajari sumber dan pengaruh limbah industri kimia (B3) terhadap lingkungan hidup  Mahasiswa mampu melakukan pengelolaan limbah secara benar  Students learn the source and environmental impact of hazardous industrial waste.  Students should be able to manage the waste properly  Mahasiswa mampu memahami sumber dan pengaruh limbah industri kimia (B3) terhadap lingkungan hidup  Mahasiswa mampu melakukan pengelolaan limbah secara benar  Students must be able to undetrstand the source and environmental impact of hazardous industrial waste.  Students must be able to manage the waste properly  Pengantar limbah B3, peraturan perundangan, dasar-dasar proses, penyebaran kontaminan, toksikologi, pencegahan pencemaran, pengembangan fasilitas dan operasi.  Metode pengolahan dan pembuangan: proses kimia fisika, metode biologis, stabilisasi dan solidifikasi, metode termal dan lahan pembuangan.  


  

Introduction to hazardous waste, the legal frameworks, process fundamentals, fate and transport of contaminant, toxicology, pollution prevention, facility development and operation. Treatment and disposal method: psychochemical processes, biological method, stabilization and solidification, thermal methods and land disposal. LaGrega, M.D., Buckingham, P.L., and Evans, J.C., Hazardous waste Management, McGraw-Hill International Edition, 2nd edition, 2001 William Tender, D., Frederick G.Pohland,Emerging Technologies in Hazardous Waste Management, American Chemical Society, Washington DC, 1990 Harry M. Freeman, Hazardous Waste Minimization, Mc Graw Hill Publishing Company, 1990 Charles A.Wantz, Hazardous Waste Management, Mc Graw Hill



TK091381: PENGELOLAAN LIMBAH INDUSTRI DAN B3 TK091381: HAZARDOUS AND INDUSTRIAL WASTE MANAGEMENT Credits: 3 Semester: VIII

64

International Editions, 1989 George Tchobanolous, et al, Solid Waste, Mc Graw Hill International Editions, 1987




65






Mahasiswa mempelajari dasar-dasar manajemen operasi industri kimia.



Students learn the basic operational management of chemical industry.



Mahasiswa mampu memahami dasar-dasar manajemen operasi industri kimia.



Students must be able to understand the basic operational management of chemical industry.

    

Urgensi manajemen bagi sarjana teknik kimia, Llingkup dan proses manajemen, Pengenalan industri kimia di Indonesia, Manajemen produksi, teknologi, keuangan, pemasaran dan SDM, Kapita selekta

   

The urgency of Management science for chemical engineers, Scope and process of management, Introduction to chemical industries in Indonesia, Management of production, technology, finances, marketing, and human resources,  Capita Selecta  

Mondy, R.W., Arthur S., Edwin B.F., 1988, “Management Concepts th and Practices”, 4 Ed., Allyn and Bacon Inc Morse, L.C. and L.B. Daniel, 2007, “Managing Engineering and th Technology”, 4 Ed., Prentice Hall International Series in Industrial and Systems Engineering.



TK091284: MANAJEMEN PABRIK KIMIA TK091284: CHEMICAL PLANT MANAGEMENT

66

TUJUAN PEMBELAJARAN/ LEARNING OBJECTIVES KOMPETENSI/ COMPETENCY


Mahasiswa mempelajari pengolahan limbah industri



Students learn treatment and processing of Industrial waste



Mahasiswa mampu memahami pengolahan limbah industri



Students must be able to understand treatment and processing of Industrial waste Pendahuluan : pengelolaan limbah dan lingkungan, sumber daya air & udara, peraturan perundangan, baku mutu lingkungan, program kali bersih, dan program langit biru Pengolahan Limbah Cair : Sumber dan jenis limbah, Parameter utama, Pengolahan pendahuluan (pre-treatment), Pengolahan primer, Pengolahan sekunder (aerobic dan anaerobic), Pengolahan lanjut. Pengantar reaktor biologis, Pengolahan dan pengelolaan limbah padat. Pengelolaan Gas Buang : Jenis dan sumber limbah, Parameter utama termasuk partikulat dan gas beracun.

 


       


 

Introduction: Waste and Environmental management; Concept of industry waste minimizing 4R, the regulations and Clean Production. Wastewater treatment: Sources and types of industrial waste, main parameters, pre-, primary, secondary, and advanced treatments. Introduction to biological treatment. Solid waste handling and management Off gas management: Sources and types of industrial waste, main parameters including particulate and toxic gas. Wesley W Eckenfelder Jr,”Industrial Water Pollution Control”, McGraw Hill Book International Edition, 2000 Donald W.Sundstrom, “Wastewater Treatment” Prenctice Hall, Inc, Engelwood Cliffs, 1979



TK091285: PENGOLAHAN LIMBAH INDUSTRI TK091285: INDUSTRIAL WASTE TREATMENT

67



Metcalf & Eddy. “Wastewater Engineering”, McGraw Hill Internationa edition, 3rd editions, 1991 st Albert Parker, “Industrial Air Pollution Handbook”, 1 edition, McGraw-Hill Book Company UK Limitied, Maidenhead, England, 1978




68



TK091286: KESELAMATAN PABRIK KIMIA TK091286: CHEMICAL PROCESS SAFETY Credits: 2 Semester: VIII 

Mahasiswa mempelajari dasar-dasar keselamatan proses kimia.



Students learn the fundamentals of chemical process safety.



Mahasiswa mampu memahami dasar-dasar keselamatan proses kimia.



Students must be able to understand the fundamentals of chemical process safety. UU dan Peraturan K3 RI; Accident and their Effects; Theories of Accident Causation; Falling, Impact, Lifting, and Vision Hazards; Hazards of Temperature Extreme, Pressure, Electrical, Radiation, Noise and Vibration; Industrial Hygiene; Toxic Release and Dispersion; Fire Explotion and Prevention Design; Relief; Hazards Identification; Risk Assessment; Accident Investigation; Case Histories.







    

Regulation on Health and safety at industry in Indonesia; Accident and their Effects; Theories of Accident Causation; Falling, Impact, Lifting, and Vision Hazards; Hazards of Temperature Extreme, Pressure, Electrical, Radiation, Noise and Vibration; Industrial Hygiene; Toxic Release and Dispersion; Fire Explotion and Prevention Design; Relief; Hazards Identification; Risk Assessment; Accident Investigation; Case Histories. Goetsch DL (2005),”Occupational Safety and Health for th Technologists Engineers, and Managers, 5 ed, Prentice Hall Crowl and Louvar (1999), “Chemical Process Safety”,2nd ed, Prentice Hall Ketentuan Keselamatan Kerja dan Perundang-undangan RI. Keltz T(1999), “What When Wrong?”, 4t ed, Gulf Publishing King, Ralp & Magid,John ( 1982 ),”Industrial hazard and Safety Handbook”, Butterworth Scientific, London. Wong W (2002), “How did that Happen?, Professional Eng. Publ Marshall and Ruhermann,(2001),”Fundamentals of Process Safety”, IChenE



69






Mahasiswa mengenal dan mempelajari lingkungan kerja pabrik kimia



Students learn working environment of chemical plant



Mahasiswa mampu mengenal dan mempelajari lingkungan kerja pabrik kimia



Students must be able to understand working environment of chemical plant

  

Sejarah pabrik Uraian proses Tugas khusus

   

History Process description Special assignment Aturan penyusunan laporan kerja praktek



TK091382: KERJA PRAKTEK TK091382: PRACTICAL FIEED WORK

70



TK091383: SKRIPSI TK091383: RESEARCH PROJECT Credits: 6 Semester: VIII 

Mahasiswa berlatih melakukan penelitian dibawah supervisi dosen pembimbing



Students practice research under supervision of academic supervisor

 Mahasiswa mampu melaksanakan penelitian



 Students must be able to do research

     

Latar belakang Maksud dan tujuan Tinjauan pustaka Metodologi Hasil dan pembahasan Kesimpulan penelitian

      

Research background Goal and objective Literature study Methodology Result and discussion Conclusion Aturan penyusunan tugas akhir



71

COURSE SYLLABUS. SK091201: Kimia Dasar SK091201: Basic Chemistry

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