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This volume is Concerned mainly with the Physical Nature of the process that takes place in industrial units particularly with the determining the factor that influence the rate of transfer of material. In this volume, the question of this cost has not considered in any detail, but the aim has not been to indicate the conditions under which various types of units will operate in the most economical manner. Without a thorough knowledge of the physical principles involved in the various operations, it is not possible to select the most suitable one for a given Process. The topics discuss in volume from the important part of any chemical engineering project.

1. Particulate Solids

2. Particle Size Reduction and Enlargement

3. Motion of Particles in Fluids

4. Flow of fluids Through Granular Beds and Packed Columns

5. Sedimentation

6. Fluidisation

7. Fluid Filtration

8. Membrane Separation Process

9. Centrifugal Separations

10. Leaching

11. Distillation

12. Absorption of Gasses

13. Liquid Liquid Extraction

14. Evaporation

15. Crystallization

16. Drying

17. Adsorption

18. Ion Exchange

19. Chromatographic separations

20. Production Design

http://rapidshare.de/files/20906540/RICHARDSON__J._F.__2002_._Coulson___Richardson_s_Chemical_Engineering_Volume_2__5th_ed._.rar 12.06 MB

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This book part of a required reading program for all engineers, as part of our company's process safety program. Anyone involved in chemical or petroleum operations, will benefit greatly from the wisdom that can be gained by learning from other's mistakes. This allows for easy short term reading periods appropriate for training classes or casual reading. The book recounts numerous actual process plant accidents and incidents, includes causes and effects, and avoidance and mitigation practices. This book help keep memories alive. Moreover, it is concerned with the immediate technical causes of accidents and the changes in design and procedures needed to prevent them from happening again.

1. Preparation for maintenance

2. Modifications

3. Accidents Caused by Human error

4. Labeling

5. Storage tanks

6. Stacks

7. Leaks

8. Liquefied flammable Gases

9. Pipe and Vessel Failure

10. Other Equipment

11. Entry to Vessels

12. Hazard of Common Material

13. Tank Trucks and Cars

14. Testing of trips and other Protective Systems

15. Static Electricity

16. Materials of Construction

17. Operating Methods

18. Reverse Flow and Other Unforeseen Deviations

19. I Didn’t Know that

20. Problem With Computer Control

21. Inherently Safer Design

22. Reactions-Planned And Unplanned

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This book contains answers to the more challenging questions posed at the end of each chapter at the main text. This volume from the author Coulson and Richardson series in Chemical Engineering contains full worked solution for problems in Volume 1. This volume contains detail solutions for volume 1 questions. The book is a successor to the old volume 4 which satisfy the demand as far as the problems in Volume 1 are concerned. It should appreciated the most engineering problems do not have unique solutions. There is a section of problems, which the reader invited to solve in order to consolidate his/her understanding of the principles and to gain a better appreciation of the order of magnitude of the quantities involved.

1. Units and Dimensions
2. Flow of Fluids­­-energy and momentum relationships
3. flow in pipes and Channels
4. Flow of Compressible fluids
5. Flow of multiphase mixtures
6. Flow and pressure Measurement
7. Liquid Mixing
8. Pumping of Fluids
9. Heat Transfer
10. Mass Transfer
11. The Boundary layer
12. Momentum, Heat and mass transfer
13. Humidification and water cooling

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The book produce an easy to read, easy to understand, practical text book stressing hydraulic design, that could be of hands-on intended use for the pump designer, student, and rotating equipment engineer. It is essential to understand the sources of pump noise and causes of vibration that result from installation, application, cavitations, pulsation, acoustic resonance. This book best for pump user, pump designer, rotating-equipment engineer, and student. This bridges the gap between scholarly texts and standard engineering design guides. A practical reference presents both design criteria and application guidelines.

1. Introduction
2. Specific Speed and Modeling Laws
3. Impeller Design
4. General Pump Design
5. Volute Design
6. Design of Multi-stage Casing
7. Double-suction pumps and side-suction Design
8. NPSH
9. Vertical Pumps
10. Pipeline, Water flood, and C0z pumps
11. High Speed Pumps
12. Double Case pumps
13. Slurry Pumps
14. Hydraulic Power Recovery Turbines
15. Chemical pumps-metallic and Nonmetallic
16. Shaft Design and Axial Thrust
17. Mechanical Seals
18. Vibration and Noise in Pumps
19. Alignment
20. Rolling Element Bearings and Lubrication
21. Mechanical seal Reliability

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This book offers sound advice on identifying chemical process hazard analysis, training, audits, and guidelines addressing the elements of OSHA’s Process safety Management law. This contains two new chapters with many new incidents and vivid photos for analysis and study. The book attempt to interpret three sections of the standards that deal with “Mechanical Integrity,” “Management of Change,” and “ incident Investigation” based on nearly a quarter century of experience in process safety practice, significant literature studies, Consulting associates at other plants, and from regulators. The information of this book came from a number of sources, including Stories from my experiences in the now-defunct Louisiana loss prevention Association; students in the AIChE’s “Chemical plant accidents” Course; Member of the leak area of Industries McNeese State University Engineering Department’s OSHA Support meetings; and coworkers, friends and Literature.

1. Perspective, Perspective, Perspective

2. Good intentions

3. Focusing on water and steam: the Ever-present and Sometimes evil twins

4. Preparation for maintenance

5. Maintenance-induced Accidents and process piping Problems

6. One-minute Modifications: Small, Quick in Plant Can Create Bad Memories

7. Failure to use, Consult, or Understand Specification

8. “Imagine If” Modification and practical Problem Solving

9. The role of Mechanical Integrity In Chemical Process safety

10. Effectively managing change within the chemical Industry

11. investigating and sharing near-misses and unfortunate incident

12. Sources helpful information for chemical Process Safety

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