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Status:
Available0.0
0 reviewsISBN 10: 0972176918
ISBN 13: 9780972176910
Author: Francis X McConville
Chapter 1: The Pilot Plant
The Role of the Pilot Plant
Major Factors in Scale-Up
12 Things to Do During Process Scale-Up
12 Things to Avoid During Process Scale-Up
Developing Scalable Reactions
The Role of Calorimetry and Process Safety Screening
The Haz-Op (Hazard and Operability Study)
Flow Diagrams and Batch Records
Good Manufacturing Practices (GMP) in Pilot Plants
Chapter 2: Equipment and Operations
The Pilot Plant Equipment Train
Notes on Equipment Selection, Installation, and Maintenance
Reactors (Types, Selection, Operation)
Vessel Agitation (Principles, Impeller Types, Scale-Up)
Charging Raw Materials
Reaction Control
Sampling for Reaction Monitoring
Workup Procedures
Partition Coefficient and Extraction Efficiency
Polish Filtration / Decolorization / Water Removal
Batch Distillation
Crystallization (Principles, Techniques, Scale-Up)
Product Isolation
Filtration Scale-Up
Product Drying
Scrubbers
Reactor and Equipment Cleaning
Chapter 3: Liquid Handling
Introduction and Terminology
Pump Sizing and Selection
Pump Installation and Operation
Rotary Pump Troubleshooting Guide
Major Pump Types
Diaphragm Pump Troubleshooting Guide
Peristaltic Pump Tubing Sizing and Flowrate Guides
Pipe, Drawn Tube, and Fittings
Flanges and Gaskets
Valves (Types, Selection, Operation)
Hose and Hose Fittings
Liquid Velocity and Pressure Effects
Viscosity Effects
Standard O-Ring Size Chart
Rubber Stopper Sizes
Ground Glass Joint Sizes
Capacity of Liquid Storage Tanks
Storage Drum and Shuttle Data
Chapter 4: Heat Transfer
Heat Transfer in Stirred Tank Reactors
Typical Batch Cooling Profiles
Reactor Heat Transfer Coefficients
Experimental Determination of Heat Transfer Coefficient
Heat Exchanger Fundamentals
Example Heat Exchanger Problem
Chart for Estimating Log Mean Temperature Difference
Temperature Control Units (TCUs)
System Start-up and Operation
Tips on Using Heat Transfer Fluids in TCUs
Heat Transfer Fluid Selection
Specific Heat of Various Heat Transfer Fluids vs. Temperature
Useful Temperature Ranges and Properties of Commercial HTFs
Notes on the Use of Glycol HTFs
Specific Gravity of Aqueous Glycol Solutions
Freezing Points of Aqueous Glycol Solutions
Boiling Points of Aqueous Glycol Solutions
Specific Heats of Aqueous Glycol Solutions
Viscosity of Aqueous Ethylene Glycol Solutions
Freezing Points of Brines
Steam Pressure vs. Temperature
Notes on Process Chillers
Approximate Chiller Capacity
Effect of Condenser Cooling Water Temperature
Chapter 5: Electricity and Instrumentation
Notes on Electrical Safety
Electric Power Basics
Wire Data
Standard Resistor Color Code
Tips on Making Electrical Connections
Receptacle Data
Electrical Enclosure Data
Hazardous Location Classifications for Electrical Equipment
Intrinsically Safe Equipment
Electric Motors (Types, Selection, Troubleshooting)
Motor Nameplate Data
Typical Current Draw of Induction Motors
Common Types of Motor Enclosures
Electric Motor Troubleshooting Guide
Standard NEMA Motor Frame Sizes
Temperature Measurement (Thermocouples, RTDs)
The 4-20 mA Transmitter
Pressure Measurement
Flow Measurement
Level Measurement
pH Measurement and Control
Notes on Process Control
Analog vs. Digital Control Networks
Understanding PID Controllers
Chapter 6: Solvents
Safe Handling of Solvents
Properties and Selection of Solvents
Solubility Map
Temperature/Vapor Pressure Relationships
Distillation Characteristics of Solvents
Binary Azeotropes
Ternary Water-Containing Azeotropes
Water Data (Properties and Usage)
Chapter 7: Compressed Gases
Safe Handling of Compressed Gases
Physical Properties of Common Gases
Cryogenic Liquids
Cylinder Specifications and Conversion Chart
Connection Data (Regulators, Fittings)
Pressure Regulators
Gas Metering
Air Data (Properties, Dry Air, Humid Air)
Air Compressors
Vacuum Systems
Chapter 8: Chemical Data
Properties of Acids and Bases
Dilutions (Formulas and Examples)
pKa Values
pH Buffers
Color Indicators
Aqueous Solubility Data
Aqueous Solution Density
Organic Functional Groups
Common Reaction Types (Overview for Process Development)
Chapter 9: Chemical Hygiene and Safety
Safe Handling of Chemicals
Material Safety Data Sheets (MSDSs) / Safety Data Sheets (SDSs)
Hazards Classifications
Labeling Requirements
Fire Safety (Classes of Fire, Extinguishers)
Personal Protective Equipment (PPE) Selection
Glove Selection Guide (Chemical Compatibility)
Respirators
Incompatible Chemicals
Chapter 10: Materials Selection
Properties of Elastomers
Properties of Plastics
Properties of Metals
Properties of Glass
Metallic Corrosion Data
Glass Corrosion
Material Compatibility Table (for various chemicals)
Chapter 11: Miscellaneous
(This chapter often contains various useful charts, tables, formulas, and practical tips that don't fit neatly into other categories, such as unit conversions, general engineering formulas, project management tips for pilot plants, etc.)
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Tags: Francis X McConville, Pilot, Plant