| Issue
Date |
Articles |
File Size |
Spring 2010
Vol. 18 No. 2
|
- Effect of Reactant Consumption on Self Accelerating Decomposition Temperature
- A Successful Characterization of Runaway Reaction Leading to T2 Explosion
- Chemisens CPA202 – An Overview
- New Approved Screening Tool For Dust Cloud Explosibility!
|
(6.57 Mb) |
Winter 2010
Vol. 17 No. 1
|
- Modelling Vinyl Chloride Polymerization Kinetics
- A Practical Approach to Relief System Sizing for Reactive Systems
|
(2.75 Mb) |
Fall 2009
Vol. 16 No. 4 |
-
Evaluating Electrostatic Dust Hazards
-
A Simple and Cost Effective Method for Determination of the Self-accelerating Decomposition Temperature (SADT): Part II - Solids or Viscous Liquids
-
Copolymerization of Monomers with Different Copolymerization Parameters
-
FAI Supporting Education: Interview with David Mody, Queen's University
|
(1,123 Kb) |
Summer 2009
Vol. 16 No. 3 |
-
A Simple and Cost Effective Method for Determination of the Self-Accelerating Decomposition Temperature (SADT): Part I - Non-Viscous or Well Stirred Liquids
-
Combustible Dust Testing and Analysis at FAI
-
FAI Users Forum - Vinyl Acetate Emulsion Polymerization using ChemiSens Chemical Process Analyzer (CPA202) Reaction Calorimeter
-
FAI Supporting Education - Interview with Prof.Ralph W. Pike, Louisiana State University
|
(1,781 Kb) |
Spring 2009
Vol. 16 No. 2 |
-
Vent Sizing for Fire Emergencies
-
Limits of Flammability of Chemicals at Elevated Temperature and Pressure Using a 5-L Parr Vessel Reactor
-
Battery Cell Testing
-
Carbon Capture in the CPA202
-
VSP2 Users Forum - Ensure Well-Mixed Samples
|
(1,905 Kb) |
Winter 2009
Vol. 16 No. 1 |
-
ARC Users Forum - Choosing an ARC Bomb
-
Condensed-Phase Combustion Characteristics: Burn Velocity and Minimum Ignition Energy (MIE)
-
Copolymerization of Vinyl Pyrrolidone and Vinyl Imidazole
-
Value of Metered Reagent Injections Under Adiabatic Conditions
-
Interview with Dr. Joseph Louvar, Wayne State University
|
(1,457 Kb) |
Fall 2008
Vol. 15 No. 4 |
-
Two-Phase Flows Through SRVs
-
Redox Initiation in Suspension Polymerization of Vinyl Chloride
-
AIChE and SACHE Safety Certificate Program - Interview with Prof. Ronald J. Willey, Northeastern University
-
Secondary Dust Explosions
|
(1,710 Kb) |
Summer 2008
Vol. 15 No. 3 |
- Fugitive Dust Control - Don't Let it Sit Around
- Quick Hazard Screening by Closed Cell ARSST Using Standard ARC Bombs
- Optimal Production Rate in PVC Latex Reaction
- ARSST Users Forum: Thermal Scan vs. Adiabatic Hold Experiments
- The Hanford Spent Nuclear Fuel Project and K Basins Cleanup Project
- FAI's Dedication to Education
|
(3,433 Kb) |
| Spring 2008
Vol. 15 No. 2 |
- FAI is pleased to represent ChemiSens in North America
- Non-Equilibrium Saturated and Subcooled Flashing Flows
- Using Calculated Adiabatic Flame Temperatures to Assist in
Flammability Envelope Prediction
- Calculate Characteristic Time to Runaway
- Interview with Prof Jan Wagner from Oklahoma State University
|
(1,833 Kb) |
| Winter 2008
Vol. 15 No. 1 |
- Deflagration Venting -
NFPA 68 2007 Edition
- Application of the Integral Method to Waterhammer Transient in a Pipe Line with Entrapped Air
- Updated Version of the ARSST Software, Version 4.4
- VSP Users Forum - New Test Cell
- Chem-E-Car Competition
|
(2,625 Kb) |
| Fall 2007
Vol. 14 No. 4 |
- A Data Interpretation Exercise -50% DTBP in Toluene
- U.S. CSB Video Review - Reactive Hazards: Dangers of Uncontrolled Chemical Reactions
- Testing Hazards of Novel Dusts
- Reduce Version 2.0.5 Software Release
- Interview with Prof. David Murhammer,The U. of Iowa
|
(1,487 Kb) |
| Summer 2007
Vol. 14 No. 3 |
- Using the ARSST to Study Nitration Reactions
- Venting of Highly Energetic Gassy Systems
- Evaporation Rates from Flammable Liquid Spills Indoors and Ventilation Rates for Controlling Flammable Vapor
|
(654 Kb) |
| Spring 2007
Vol. 14 No. 2 |
- Closed Cell ARSST Testing
- Dust Explosion Characterization and Hazard Assessment, Part 2
- Primary Dust Explosion Strength Required to Initiate Secondary Dust Explosion
- A Generalized Deflagration Vent Sizing Formula
|
(2,215 Kb) |
| Winter 2007
Vol. 14 No. 1 |
- Available ARSST Test Cells
- Determine Incubation
- Time to Runaway for Acrylic Monomers
- First Order Rate
- Constant Evaluation
- Determination of TSADTfor Self-Reactive Substances: Reactant Shape Sensitivity
- Dust Explosion Characterization and Hazard Assessment
|
(1,355 Kb) |
| Fall 2006
Vol. 13 No. 4 |
- Adiabatic Hold Testing Using the ARSST
- Surge Volume Containment for High Pressure Tests
- Predicting Deflagration Pressure Rise Starting From Elevated Pressure and Temperature
- Thrust Force Calculations for Two-Phase Flows
|
(1,274 Kb) |
| Summer 2006
Vol. 13 No. 3 |
- Accommodate Gassy Systems in Closed VSP Tests
- Closed Cell ARSST Testing
- Too Phazed by Two-Phase Flow: Make Direct Use of Single Phase Flow Information
- VSP2 Update: New Software Release
|
(1,984 Kb) |
| Spring 2006
Vol. 13 No. 2 |
- High-Momentum Volatile Liquid Release: Flammable Mass and Combustion Over-pressure
- Simple Two-Phase Hybrid Vent Model
|
(584 Kb) |
| Winter 2006
Vol. 13 No. 1 |
- Solids Testing in the ARSST
- FATE 2.0: Facility Flow, Aerosol,Thermal, and Explosion Model
- Development of Check Valve Characteristic Curves with TREMOLO 3 Dynamic Check Valve Model
- Revisiting DIERS Two-Phase Methodology Twenty Years Later: Reactive Hybrid Systems
|
(989 Kb) |
| Fall 2005
Vol. 12 No. 3 |
- Comparison of ARSST and VSP2 (Glass Test Cells with H2 02 )
- New Software Release for the Advanced Reactive System Screening Tool (ARSST)
- Revisiting DIERS Two-Phase Methodology Twenty Years Later: Reactive Gassy Systems
|
(1,172 Kb) |
| Summer
2005 -
Vol. 12 No. 2 |
- Closed Cell Battery Tests
- Reduction of Organic (Hydrogenation Reaction)
- FTAI (Fast Thermal Activity Interpreter) Update
- Revisiting DIERS Two-Phase Methodology Twenty Years Later: Reactive Vapor Systems
|
(886
Kb) |
| Spring
2005 -
Vol. 12 No. 1 |
- Isothermal VSP2 Tests to Quantify Gas Generation
- Fire Exposure Vent Sizing: Liquid-Full Vessels with Non-Foamy Systems
- Tools for Assessing Hydrogen Peroxide (HP) Stability and Storage Vents
|
(625
Kb) |
|
Fall
2004 -
Vol. 11 No. 2 |
- Entrainment of Contaminated Material During Venting
- Gassy System Vent Sizing - The Role of Two-Phase Flow
|
(615 Kb) |
|
Spring/Summer
2004 -
Vol. 11 No. 1 |
- Heat of Mixing in ARSST™
- Software for Reactivity Management
- Fast Thermal Activity Interpreter (FTAI) for Controlling Chemical Reaction Hazards
|
(610
Kb) |
|
Summer
2003
Vol. 10 No. 2 |
- Emulsion Polymerization in VSP2™
- Generalized Vent Sizing Equation for Reactive Systems
- Correlation of Numerical Solutions for Compressible Gas Flow through a Pipe Fed by an Orifice.
|
(780
Kb) |
|
Spring
2003
Vol. 10 No. 1 |
- Controlled Liquid Addition
- Hand Calculation Methodology for Assessing Two-Phase Flow Blowdown Rates
- Vapor and Dust Deflagration for Sonic and Subsonic Venting
|
(750
Kb) |
|
Fall
2002
Vol. 9 No. 2 |
- Easy Vent Sizing Techniques or Low Pressure Vapor and Dust Deflagration Scenarios
- Certify Pressure Relief Valves in Two-Phase Flow Service
|
(1.55
Mb) |
|
Spring
2002 -
Vol. 9 No. 1 |
- Fast Data Acquisition in VSP™ test cell - Plumbing and Instrumentation
- PRV Sizing Including 3% (Inlet) and 10% (Outlet) Rules
- Operation of Reflux Condensers and Flooding Limitations
|
(2.03
Mb) |
|
Fall
2001 |
- Safe Test Design
- Instructions for High Pressure Piston
- Vent sizing for Propagating Vapor Phase Reactions
- Eliminate Oversizing - Vent Well Below Design Pressure
- Two-Phase Flashing Flow vs.Compressible Gas Pipe Flow
|
(2.01 Mb)
|
|
Winter
2001 |
- Deodorizaiton of Stench Gases
- 10 m3 Hybrid Runaway - Flooding Limitation for Reflux Condensers
- Prevent BLEVE's
- Isothermal VSP2 Testing Characterizes Gassy Decomposition in Dilute Peroxide Solutions
|
(2.55 Mb) |
|
Spring
2000 |
- Remove Inhibitorfrom 1,3 Butadiene
- ARSST™ Description Simple Vent Sizing Methodology (Feb 2000 CEP)
- Determine Self-Accelerating Decomposition Temperature, TSADT
- Explosive Hazards Analysis
- Updated Reactive System Classification and Vent Sizing Methodology
|
(2.78
Mb) |
|
Fall
/ Winter 1999 |
- Enhanced Magnetic Stirring Capability
- Choosing the Appropriate Test Cell
- Vent Sizing for Fire Emergencies
- Quantitative Risk Assessment
- Preventing Runaway Reactions
|
(2.05
Mb) |
|
Summer
1999 |
- Process Safety Program at the University of Iowa
- VSP2™ Application: Pressure Regulated Open System to Determine Tempering
- Screen Minimum Requirements for Reactive Chemical Systems
- Relief Device Documentation
- Emergency Vent Sizing for Internal Vapor Deflagration
|
(2.07
Mb) |
|
Winter
/ Spring 1999 |
- Open Tests with Corrosive Chemicals
- VSP2™ Applications: - "Super Stirring" - Cold Temperature Testing (below RT)- Dual 1/16" Fill Lines - External Cooling Coil
- 10 m3 Runaway Reaction Confirms DIERS (FAI) Simplified Vent Sizing Methodology
- Easily Determine the Self Accelerating Decomposition Temperature, TSADT
|
(2.66
Mb) |
Summer 1998 |
- "RSST Serves Education, Too!" by Matt Cline
- Flow Regime Characterization During Emergency Relief
- Depressureization Test Techniques and Equipment Using the VSP2
- ASME Code Section VIII Changes for 1998 Deflagration
|
(1.6 Mb) |
Spring 1998 |
- Modification of a VSP Test Cell with Gas Distribution Plate
- Successful Rupture Disk Installation
- RSST Provides Pressure Relief Requirements for Organic Peroxides
|
(4.55 Mb) |
Fall/Winter
1997
|
- Chlorine Experience
- RSST Provides Interpretation of the Chemical Explosion at the Hanford Site
- Modeling Liquid Rainout from Superheated Jet Releases
- "Flametec"
|
(4.25 Mb) |
Summer 1997 |
- Advantages of On-Site Testing
- Direct Contact Condensation Including the Presence of Noncondensables
- Mechanical Stirring can Make a Difference
- Simple Guidelines for Estimating Flashing Flows
|
(5.32 Mb) |
Spring 1997 |
- Utility of Pressure Relief Valve Simulation using the VSP2 apparatus
- Large Scale Containment System Evaluation
- New VSP2 Constant Guard Temperature Software Useful for SADT Testing
- Upcoming Chemical Process Relief Systems Design Seminar
- Advanced Demo/Workshop
|
(4.42 Mb) |
Winter 1996 |
- Easy to Use Formulas Allow You to Quickly Screen and Assess the Adequacy of Your Emergency Relief Systems
- An Improved Procedure for Vapor Sysem Vent Sizing Using RSST Data
- Runaway Reaction Characterization and Vent Sizing Based on DIERS Methodology
- DIERS Users Group Vent Sizing Design Problem
|
(3.08 Mb) |
Spring/Summer
1996
|
- Specialized RSST System for Propagation Testing
- SACHE Workshop help for University Professors
|
(3.81Mb) |
Summer 1995 |
- FAI Introduces VSP2
- VSSPH, Vent Sizing Software Program for Hybrid Systems
- Runaway Reaction Characterization Based on DIERS Methodology
- Flame Spreading on Shallow Fuel Layers
|
(4.1 Mb) |
Spring 1995 |
- RSST Version 1.91: "Heat and Hold"
- Flammability Testing
- Generalized Compartment Analyzer
- VSSP, Version 2.0
|
(3.53Mb) |
Winter 1994 |
- Sizing Safety Relief Valves for Flashing Liquid
- Flammability Testing
- RSST Version 1.9
- Dust Explosion Testing
- Why Choose FAI?
- Pool Fires
|
(2.93 Mb) |
|
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