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1.

図書
図書
1. Mixing equipment : impeller type. 3rd ed (: pbk)
prepared by the Equipment Testing Procedures Committee of the American Institute of Chemical Engineers
出版情報: New York : American Institute of Chemical Engineers, c2001  144 p. ; 28 cm
シリーズ名: A.I.Ch.E. equipment testing procedure
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Figures
Purpose and Scope / 100.0：
Purpose / 101.0：
Scope / 102.0：
Liability / 103.0：
Definition and Description of Terms / 200.0：
Introduction / 201.0：
Mixing Equipment / 202.0：
Equipment Configuration / 202.1：
Impellers / 202.2：
Vessels / 202.3：
Auxiliary Equipment / 202.4：
Basic Nomenclature / 203.0：
Equipment Variables / 203.1：
Mixing Related Dimensionless Groups / 203.2：
Process Related Dimensionless Groups / 203.3：
Operating Conditions / 204.0：
Types of Tests / 205.0：
Operating Performance / 205.1：
Mechanical Conditions / 205.2：
Mechanical Operation / 205.3：
Mixer Support Structure / 205.4：
Process Conditions / 205.5：
Performance Criteria / 206.0：
Test Planning / 300.0：
Preliminary Considerations / 301.0：
Safety / 301.1：
Environmental / 301.2：
Test Objectives / 301.3：
Multiple Applications / 301.4：
Plans for Operating Tests / 302.0：
Speed / 302.1：
Power / 302.2：
Torque / 302.3：
Plans for Mechanical Condition Tests / 303.0：
Equipment Verification / 303.1：
Alignment / 303.2：
Runout / 303.3：
Gear Tooth Contact / 303.4：
Seals / 303.5：
Vibration / 303.6：
Noise / 303.8：
Plans for Mechanical Operation Tests / 304.0：
Plans for Process Condition Tests / 305.0：
Miscible Liquid Blending / 305.1：
Heat Transfer / 305.2：
Immiscible Liquid Dispersion / 305.3：
Solids Suspension in Liquid / 305.4：
Gas-Liquid Dispersion / 305.5：
Variable Conditions / 305.6：
Other Measurable Results / 305.7：
Measurement Methods & Instruments / 306.0：
Operating Performance Measurements / 401.0：
Mechanical Condition Measurements / 402.1：
Alignment and Adjustment / 403.1：
Gear Tooth Contact Pattern / 403.2：
Temperature / 403.4：
Mechanical Operation Measurements / 404.0：
Natural Frequency / 404.1：
Shaft Strain / 404.2：
Deflection / 404.3：
Spectral Analysis / 404.4：
Process Condition Measurements / 405.0：
Density or Specific Gravity / 405.1：
Viscosity / 405.2：
Physical State / 405.3：
Chemical Composition / 405.4：
Other Physical/Chemical Properties / 405.5：
System Operating Conditions / 406.0：
Pressure / 406.1：
Liquid Level, Volume, and Flow / 406.3：
Phase Ratios / 406.4：
Blend Time / 406.5：
Sampling / 406.6：
Test Procedures / 500.0：
General Test Procedures / 501.0：
Preliminary Operation and Safety / 502.0：
Instruction Manuals / 502.1：
Check for Debris in Vessel / 502.2：
Check for Obstructions / 502.3：
Pre-Operational Check / 502.4：
Hand Turning / 502.5：
Jog / 502.6：
Hydrostatic Pressure Tests / 502.7：
System Test in Air / 502.8：
System Water Test / 502.9：
Operating Performance Tests / 503.0：
Mechanical Condition Tests / 503.1：
Alignment and Adjustments / 504.1：
Gear Tooth Contact Patterns / 504.2：
Mechanical Operation Tests / 504.4：
Deflections of Structure / 505.1：
Process Condition Tests / 506.0：
Blending / 506.1：
Immiscible Liquids Dispersion / 506.2：
Liquid-Solid Contacting / 506.4：
Liquid-Gas Contacting / 506.5：
Liquid-Gas-Solid Tests / 506.6：
Other Tests / 506.7：
Computation of Results / 600.0：
Data Requirements / 601.0：
Dimensional Measurements / 601.1：
Operating Co / 601.2：
Figures
Purpose and Scope / 100.0：
Purpose / 101.0：
2.

図書
図書
2. Centrifugal pumps : (newtonian liquids) : a guide to performance evaluation. 3rd ed (: pbk)
prepared by the Equipment Testing Procedures Committee
出版情報: New York : American Institute of Chemical Engineers, c2002  57 p. ; 28 cm
シリーズ名: A.I.Ch.E. equipment testing procedure
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Purpose and Scope / 100.0：
Purpose / 101.0：
Scope / 102.0：
Definitions and Descriptions of Terms / 200.0：
Definition / 201.0：
Centrifugal Pumps / 202.0：
Newtonian Fluids / 203.0：
Datum / 204.0：
Specific Gravity, (s) / 205.0：
Vapor Pressure, (h vpa ) / 206.0：
Viscosity, (?) / 207.0：
Pressure Head, (h p ) / 208.0：
Total Discharge Head, (h d ) / 209.0：
Total Suction Head, (h s ) / 210.0：
Total Head (H) / 211.0：
Static Discharge Head, (H sd ) / 212.0：
Static Suction Head, (H ss ) / 213.0：
Suction Surface Pressure, (H ps ) / 214.0：
Discharge Surface Pressure, (h pf ) / 215.0：
Friction Head Loss, (H f ) / 216.0：
Gravitational Acceleration, (g) / 217.0：
Velocity Head, (h v ) / 218.0：
Pump Efficiency, (eff) / 219.0：
Net Positive Suction Head Required, (NPSH R ) / 220.0：
Test Planning / 300.0：
Conditions / 301.0：
Resources / 302.0：
Process Considerations for Performing Tests / 303.0：
Data Requirements / 304.0：
Pump Considerations / 305.0：
Test Plan / 306.0：
Instrumentation and Measurement Methods / 400.0：
Introduction / 401.0：
Accuracy and Precision / 402.0：
Measurement of Test Parameters / 403.0：
Test Procedure / 500.0：
Pre-Run Data / 501.0：
Pretest Checks / 502.0：
Trial Run Checks / 503.0：
Test Run / 504.0：
Computation of Results / 600.0：
Results Required / 601.0：
Total Head / 602.0：
Capacity / 603.0：
Power / 604.0：
Efficiency / 605.0：
Speed / 606.0：
Impeller Diameter Variation / 607.0：
Sample Test-Run Data Sheet / 608.0：
Interpretation of Results / 700.0：
Discussion / 701.0：
Trouble Checklist / 703.0：
Appendix / 800.0：
Nomenclature / 801.0：
Sample Test Results / 802.0：
Sample Calculation (Dual Units) / 803.0：
Related Calculations / 804.0：
References / 805.0：
Purpose and Scope / 100.0：
Purpose / 101.0：
Scope / 102.0：
3.

図書
図書
3. Spray dryers : a guide to performance evaluation. 2nd ed (: pbk)
prepared by the Equipment Testing Procedure Committee
出版情報: New York : American Institute of Chemical Engineers, c2003  vi, 68 p. ; 28 cm
シリーズ名: A.I.Ch.E. equipment testing procedure
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Purpose and Scope
Purpose
Summary
Scope of Spray Drying
Reasons for Testing Spray Dryers
Design vs
Operational Variables
Liability
Definitions and Descriptions of Terms
Dryer Design
Dryer Chamber
Airflow Patterns
Product Flow
Atomizer
Heating Methods
Product Recovery
Airflow Motive Force
Description of Terms
Drying
Test Planning
Preliminary Objectives
Test Objectives
Organizational Resources
Schedule
Dryer Controls and Instrumentation
Peripheral Equipment
Pretest Calculations
Test Plan
Environmental
Cleaning and Inspection
"Dry Run"
Types of Test
Dryer System Capacity
Heat and Material Balance
Product Properties
Acceptance Test
Variables Affecting Product Properties
Residual Moisture Content
Atomization
Heat Sensitivity
Physical Properties
Prediction of Capacity and Rate Effects
Data Requirements - Product Properties
Data Requirements
Atomizer Data
Complete Heat and Material
Balances
Peripheral Equipment Limitations
Product Quality Measurements
Particle Properties
Test Preparation
Objective of Tests
Operating Variables
Test Data Sheet
Measurement Methods
Planning Check List
Methods of Measurement and Sampling
Gas Temperature Humidity
Selection of Temperature Sensors
Installation of Temperature Sensors
Duct Temperature and Velocity Profiles
Accuracy of Dry Bulb Temperatures
Atmospheric Humidity
Dryer Exit Humidity
Accuracy of Gas Wet Bulb Temperature
Gas Flow
Installed Flow Meters
Inlet Gas
Exit Gas Measurement
Material Temperature and Moisture Content
Product Temperature Measurement
Product Moisture Content
Dust Flow Measurements
Radiation and Convection Heat Losses
Estimated Heat Loss
Measuring Heat Loss
Outdoor Equipment
Miscellaneous Measurements
Static Pressure
Location of Pressure Sensors
Electric Power Measurements
Test Procedure
Plant-Scale Test
Exploratory Experiments
Production Capacity
Product Quality
Preliminary Trial
Water Run
Dryer Operability
Definitive Test
Test Start-Up
Running a Definitive Test in a Plant-Scale Dryer
Humidity and Moisture Measurements
Computation of Results
Nomenclature
Variables
Properties
Subscripts
Material Balances
Dry Solids
Moisture balance
Psychrometric Chart Method
Humid Air Volume
Total Air Volume
Air Material Balance
Heat Balances
Enthalpy or Heat Balances on the Dryer
Heater Balances
Thermal Efficiency
Calculation
Optimization
Interpretation of Results
Exploratory or Troubleshooting Tests
Material, Moisture, and Energy Balances
Dryer Heat Losses and Thermal Efficiency
Heat Losses
Appendix
Example: Evaluating Drying Capacity of Air Stream
Example: Dryer Test With Psychrometric Chart Heat Balance
Known Inputs
Evaluate Product and Evaporation Rate
Ambient Air Humidity, Enthalpy, and Humid Volume
Humidity Added by Fuel
Combustion
Dryer Outlet Conditions
Dry Air Flow Rate
Total Air Flow Rates
Burner Heat Input
Check Driving Force for Evaporation
Example: Typical Dryer Test
Experimental Data
Humidities (H)
Air Flows - Outlet
Air Flows - Inlet
Dry Solids Balance
Moisture Balance
Moisture Balance - Evaporation Rates
Heat Balances: Heat Duty and Fuel Consumption
Heat Balance Over Dryer
Adiabatic Saturation
Psychrometric Chart
Index
References
Purpose and Scope
Purpose
Summary
4.

電子ブック
ＥＢ
4. Guidelines for Facility Siting and Layout
Center for Chemical Process Safety (CCPS), American Institute of Chemical Engineers, American Institute for Chemical Engineers., American Institute for Chemical Enginners.
出版情報: Wiley Online Library - AutoHoldings Books , John Wiley & Sons, Inc., 2003
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Preface
Acknowledgments
Introduction / 1：
Objectives / 1.1：
How To Use This Book / 1.2：
Layers of Safety / 1.3：
References / 1.4：
Management Overview / 2：
Implications of Siting and Layout / 2.1：
Management of Risks / 2.2：
Basis for Facility Siting and Layout / 2.3：
Changing World / 2.4：
Preparing for the Site Selection Process / 3：
Project Description / 3.1：
Assembling a Site Selection team / 3.2：
Preliminary Site Size Determination / 3.3：
Preliminary Hazard Screening / 3.4：
Guidelines for the Survey and Data Collection Effort / 3.5：
Environmental Control Issues / 3.6：
Site Survey and Selection / 4：
Information Required to Select a Site / 4.1：
Transportation Issues / 4.2：
Utilities / 4.3：
Electrical and Communications Systems / 4.4：
Environmental Controls / 4.5：
Fire, Safety, and Security / 4.6：
Site Features / 4.7：
Multi-Chapter Example / 4.8：
Site and Plant layout / 5：
General / 5.1：
The Site / 5.2：
Block Layout Methodology / 5.3：
Spacing Tables / 5.4：
Electrical and Control Facilities / 5.5：
Process / 5.7：
Outside Battery Limits (OSBL) / 5.8：
Tank Storage / 5.9：
Occupied and Critical Structures / 5.10：
Equipment Layout and Spacing / 5.11：
general / 6.1：
Single- and Multilevel Structures / 6.3：
Enclosed Process Units / 6.4：
Layout and Spacing to Minimize Vapor Cloud Explosion Effects / 6.5：
Relative Location pf Equipment / 6.6：
Equipment with Air Intakes / 6.7：
Equipment-to-Equipment Separation Distances / 6.8：
Optimize the layout / 6.9：
Layout Method Review / 7.1：
Layout Issues Resolution / 7.2：
The Right Answer / 7.3：
Case Histories / 8：
Typical Spacing Tables / Appendix A：
Site Selection Data Requirement List / Appendix B：
Glossary
Index
Preface
Acknowledgments
Introduction / 1：
5.

電子ブック
ＥＢ
5. Guidelines for Investigating Chemical Process Incidents (2nd Edition)
Center for Chemical Process Safety (CCPS), American Institute of Chemical Engineers, American Institute for Chemical Engineers., American Institute for Chemical Enginners.
出版情報: Wiley Online Library - AutoHoldings Books , John Wiley & Sons, Inc., 2003
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目次情報: 続きを見る
Preface
Acknowledgments
Introduction / 1：
Building on the Past / 1.1：
Who Should Read This Book? / 1.2：
The Guideline's Objectives / 1.3：
The Continuing Evolution of Incident Investigation / 1.4：
Designing an Incident Investigation Management System / 2：
Preplanning Considerations / 2.1：
An Organization's Responsibilities / 2.1.1：
The Benefit of Management's Commitment / 2.1.2：
The Role of the Developers / 2.1.3：
Integration with Other Functions and Teams / 2.1.4：
Regulatory and Legal Issues / 2.1.5：
Typical Management System Topics / 2.2：
Classifying Incidents / 2.2.1：
Other Options for Establishing Classification Criteria / 2.2.2：
Specifying Documentation / 2.2.3：
Describing Team Organization and Functions / 2.2.4：
Setting Training Requirements / 2.2.5：
Emphasizing Root Causes / 2.2.6：
Developing Recommendations / 2.2.7：
Fostering a Blame-Free Policy / 2.2.8：
Implementing the Recommendations and Follow-Up Activities / 2.2.9：
Resuming Normal Operation and Establishing Restart Criteria / 2.2.10：
Providing a Template for Formal Reports / 2.2.11：
Review and Approval / 2.2.12：
Planning for Continuous Improvement / 2.2.13：
Implementing the Management System / 2.3：
Initial Implementation-Training / 2.3.1：
Initial Implementation-Data Management System.References / 2.3.2：
An Overview of Incident Causation Theories / 3：
Stages of a Process-Related Incident / 3.1：
Three Phases of Process-Related Incidents / 3.1.1：
The Importance of Latent Failures / 3.1.2：
Theories of Incident Causation / 3.2：
Domino Theory of Causation / 3.2.1：
System Theory / 3.2.2：
Hazard-Barrier-Target Theory / 3.2.3：
Investigation's Place in Controlling Risk / 3.3：
Relationship between Near Misses and Incidents / 3.4：
Endnotes
An Overview of Investigation Methodologies / 4：
Historical Approach / 4.1：
Modern Structured Approach / 4.2：
Methodologies Used by CCPS Members / 4.3：
Description of Tools / 4.4：
Brainstorming / 4.4.1：
Timelines / 4.4.2：
Sequence Diagrams / 4.4.3：
Causal Factor Identification / 4.4.4：
Checklists / 4.4.5：
Predefined Trees / 4.4.6：
Team-Developed Logic Trees / 4.4.7：
Selecting an Appropriate Methodology / 4.5：
Reporting and Investigating Near Misses / 5：
Defining a Near Miss / 5.1：
Obstacle to Near Miss Reporting and Recommended Solutions / 5.2：
Fear of Disciplinary Action / 5.2.1：
Fear of Embarrassment / 5.2.2：
Lack of Understanding: Near Miss versus Nonincident / 5.2.3：
Lack of Management Commitment and Folow-through / 5.2.4：
High Level of Effort to Report and Investigate / 5.2.5：
Disincentives for Reporting Near Misses / 5.2.6：
Not Knowing Which Investigation System to Use / 5.2.7：
Legal Aspects / 5.3：
The Impact of Human Factors / 6：
Defining Human Factors / 6.1：
Human Factors Concepts / 6.2：
Skills-Rules-Knowledge Model / 6.2.1：
Human Behavior / 6.2.2：
Incorporating Human Factors into the Incident Investigation Process / 6.3：
Finding the Causes / 6.3.1：
How an Incident Evolves / 6.4：
Organizational Factors / 6.4.1：
Unsafe Supervision / 6.4.2：
Preconditions for Unsafe Acts / 6.4.3：
Unsafe Acts / 6.4.4：
Checklists and Flowcharts / 6.5：
Building and Leading an Incident Investigation Team / 7：
Team Approach / 7.1：
Advantage of the Team Approach / 7.2：
Leading a Process Safety Incident Investigation Team / 7.3：
Potential Team Composition / 7.4：
Training Potential Team Members and Support Personnel / 7.5：
Building a Team for a Specific Incident / 7.6：
Minor Incidents / 7.6.1：
Limited Impact Incidents / 7.6.2：
Significant Incidents / 7.6.3：
High Potential Incidents / 7.6.4：
Catastrophic Incidents / 7.6.5：
Developing a Specific Investigation Plan / 7.7：
Team Operations / 7.8：
Setting Criteria for Resuming Normal Operations / 7.9：
Preface
Acknowledgments
Introduction / 1：
6.

電子ブック
ＥＢ
6. AIChE equipment testing procedure : continuous direct-heat rotary dryers : a guide to performance evaluation
American Institute of Chemical Engineers. Equipment Testing Procedures Committee., American Institute of Chemical Engineers, American Institute of Chemical Engineers (AIChE)
出版情報: Wiley Online Library - AutoHoldings Books , Hoboken : John Wiley & Sons, Inc., 2005
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7.

コンピュータファイル
コンピュータファイル
7. Process Development Symposium, June 22-25, 2003, Split Rock Resort, Lake Harmony, PA
[Process Development Division American Institute of Chemical Engineers]
出版情報: New York : American Institute of Chemical Engineers, [2003]  1 CD-ROM ; 12 cm
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8.

コンピュータファイル
コンピュータファイル
8. AIChE and ACS Management Conference : innovation across boundaries
Conference Chair, Kenan Sahin
出版情報: New York : American Institute of Chemical Engineers., [2003]  1 CD-ROM ; 12 cm
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9.

図書
図書
9. Safety in ammonia plants & related facilities simposium : AIChe technical manual (v. 43 ; v. 44 ; v. 45)
American Institute of Chemical Engineers
出版情報: New York : American Institute of Chemical Engineers, 2002-, 2002-2004  v. ; 28 cm
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10.

図書
図書
10. Proceedings of the 2001 National Heat Transfer Conference, presented at the 2001 National Heat Transfer Conference (NHTC2001), June 10-12, 2001, Anaheim, California (: set ; v. 1 ; v. 2)
sonsored by the Heat Transfer Division, ASME ; co-sponsored by American Institute of Chemical Engineers (AIChE), American Institute of Aeronautics and Astronautics (AIAA)
出版情報: New York : American Society of Mechanical Engineers, c2001  2 v. (xxi, 1953 p.) ; 28 cm
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目次情報:
v. 1. Aerospace heat transfer
v. 2. Multiphase heat transfer
v. 1. Aerospace heat transfer
v. 2. Multiphase heat transfer
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