Bioprocess engineering [electronic resource] kinetics, biosystems, sustainability, and reactor design

• Front Cover; Bioprocess Engineering:Kinetics, Biosystems, Sustainability, and Reactor Design; Copyright; Contents; Preface; Nomenclature; Greek Symbols; Subscript; Superscript; Chapter1 - Introduction; 1.1.BIOLOGICAL CYCLE; 1.2.GREEN CHEMISTRY; 1.3.SUSTAINABILITY; 1.4.BIOREFINERY; 1.5.BIOTECHNOLOGY AND BIOPROCESS ENGINEERING; 1.6.MATHEMATICS, BIOLOGY, AND ENGINEERING; 1.7.THE STORY OF PENICILLIN: THE DAWN OF BIOPROCESS ENGINEERING; 1.8.BIOPROCESSES: REGULATORY CONSTRAINTS; 1.9.THE PILLARS OF BIOPROCESS KINETICS AND SYSTEMS ENGINEERING; 1.10.SUMMARY; Further Reading; PROBLEMS.
• Chapter2 - An Overview of Biological Basics2.1.CELLS AND ORGANISMS; 2.2.STEM CELL; 2.3.CELL CHEMISTRY; 2.4.CELL FEED; 2.5.SUMMARY; Further Reading; PROBLEMS; Chapter3 - An Overview of Chemical Reaction Analysis; 3.1.CHEMICAL SPECIES; 3.2.CHEMICAL REACTIONS; 3.3.REACTION RATES; 3.4.APPROXIMATE REACTIONS; 3.5.RATE COEFFICIENTS; 3.6.STOICHIOMETRY; 3.7.YIELD AND YIELD FACTOR; 3.8.REACTION RATES NEAR EQUILIBRIUM; 3.9.ENERGY REGULARITY; 3.10.CLASSIFICATION OF MULTIPLE REACTIONS AND SELECTIVITY; 3.11.COUPLED REACTIONS; 3.12.REACTOR MASS BALANCES; 3.13.REACTION ENERGY BALANCES.
• 3.14.REACTOR MOMENTUM BALANCE3.15.IDEAL REACTORS; 3.16.BIOPROCESS SYSTEMS OPTIMIZATION; 3.17.SUMMARY; Further Reading; PROBLEMS; Chapter4 - Batch Reactor; 4.1.ISOTHERMAL BATCH REACTORS; 4.2.BATCH REACTOR SIZING; 4.3.NON-ISOTHERMAL BATCH REACTORS; 4.4.NUMERICAL SOLUTIONS OF BATCH REACTOR PROBLEMS; 4.5.SUMMARY; Further Reading; PROBLEMS; Chapter5 - Ideal Flow Reactors; 5.1.FLOW RATE, RESIDENCE TIME, SPACE TIME, SPACE VELOCITY, DILUTION RATE; 5.2.PLUG FLOW REACTOR; 5.3.GASIFICATION AND FISCHER-TROPSCH TECHNOLOGY; 5.4.CONTINUOUS STIRRED TANK REACTOR (CSTR) AND CHEMOSTAT; 5.5.MULTIPLE REACTORS.
• 5.6.RECYCLE REACTORS5.7.DISTRIBUTED FEED AND WITHDRAW; 5.8.PFR OR CSTR?; 5.9.STEADY NONISOTHERMAL FLOW REACTORS; 5.10.REACTIVE EXTRACTION; 5.11.GRAPHIC SOLUTIONS USING BATCH CONCENTRATION DATA; 5.12.SUMMARY; Further Reading; PROBLEMS; Chapter6 - Kinetic Theory and Reaction Kinetics; 6.1.ELEMENTARY KINETIC THEORY; 6.2.COLLISION THEORY OF REACTION RATES; 6.3.REACTION RATE ANALYSIS/APPROXIMATION; 6.4.UNIMOLECULAR REACTIONS; 6.5.FREE RADICALS; 6.6.KINETICS OF ACID HYDROLYSIS; 6.7.SUMMARY; Reading Materials; PROBLEMS; Chapter7 - Parametric Estimation; 7.1.REGRESSION MODELS.
• 7.2.CLASSIFICATION OF REGRESSION MODELS7.3.CRITERIA FOR "BEST" FIT AND SIMPLE LINEAR REGRESSIONS; 7.4.CORRELATION COEFFICIENT; 7.5.COMMON ABUSES OF REGRESSION; 7.6.GENERAL REGRESSION ANALYSIS; 7.7.QUALITY OF FIT AND ACCURACY OF DATA; 7.8.BATCH KINETIC DATA INTERPRETATION: DIFFERENTIAL REGRESSION MODEL; 7.9.SUMMARY; Further Reading; PROBLEMS; Chapter8 - Enzymes; 8.1.HOW ENZYMES WORK; 8.2.ENZYME KINETICS; 8.3.IMMOBILIZED ENZYME SYSTEMS; 8.4.ANALYSIS OF BIOPROCESS WITH ENZYMATIC REACTIONS; 8.5.LARGE-SCALE PRODUCTION OF ENZYMES; 8.6.MEDICAL AND INDUSTRIAL UTILIZATION OF ENZYMES.
• 8.7.KINETIC APPROXIMATION: WHY MICHAELIS-MENTEN EQUATION WORKS.

• Bioprocess Engineering involves the design and development of equipment and processes for the manufacturing of products such as food, feed, pharmaceuticals, nutraceuticals, chemicals, and polymers and paper from biological materials. It also deals with studying various biotechnological processes. "Bioprocess Kinetics and Systems Engineering" first of its kind contains systematic and comprehensive content on bioprocess kinetics, bioprocess systems, sustainability and reaction engineering. Dr. Shijie Liu reviews the relevant fundamentals of chemical kinetics-including batch and continuous react.

Ämnesord

Biosystems. 

Engineering. 

Kinetics. 

Genre

Electronic books.  (LCSH)

Publikations- och innehållstyp

TP248.3 .B384 2012 (LCC)

660.63 (DDC)

Ued (kssb/8 (machine generated))