| Acid Gas Enrichment - Maximizing Selectivity | 269KB |
| Acid Gas Enrichment Flowsheet Selection | 743KB |
| Acid Gas Enrichment Part I: Maximizing Selectivity | 118KB |
| Acid Gas Enrichment Part II: Maximizing Selectivity | 207KB |
| Acid Gas Loading Error Analysis, Brimstone, 2009 | 358KB |
| Are Your Simulation Amines too Clean? | 243KB |
| Benchmarking Solvents for Carbon Capture | 84KB |
| CO2 Capture with Amino Acids | 301KB |
| Column Design Using Mass Transfer Rate Simulation | 95KB |
| Column Design Using Mass Transfer Rate Simulation | 147KB |
| Designing Trays for Selective Treating | 147KB |
| Effect of Heat-Stable Salts on Amine Absorber and Regenerator Performance | 209KB |
| Effective Amine Technology | 243KB |
| Eliminating Guess Work | 321KB |
| Foundations of Failure | 1,066KB |
| Glycol Dehydration as a Mass Transfer Rate Process | 375KB |
| Glycol Dehydration of High Acid Gas Streams | 738KB |
| Heat-stable Salts and Amine Unit Performance | 2,778KB |
| HIGHSULF Enhances Tail Gas Treatment | 994KB |
| How to Increase CO2 Slip | 147KB |
| New Strategies for Acid Gas Enrichment | 607KB |
| Overcome Challenges in Treating Shale Gases | 521KB |
| Packed Column Simulation Tracks Plant Performance | 97KB |
| Post-combustion Capture of CO2 | 1,286KB |
| Post-combustion CO2 Capture with Amino-Acid Salts | 455KB |
| Simulator Provides Guidance for Increasing CO2 Slip in Gas Treating Applications | 149KB |
| Special Treatment | 1,642KB |
| Stable Operating Limits in Amine Plants | 711KB |
| Tray Hydraulic Operating Regimes and Selectivity | 171KB |
| Tray Hydraulic Operating Regimes and Selectivity | 5,866KB |
| Treating High CO2 Gases with MDEA | 262KB |
| Troubleshooting a Refinery Fuel Gas Treater | 173KB |
| Troubleshooting a Tail Gas Treater | 198KB |
| Troubleshooting Amine Plants | 214KB |
| Upgrading Acid Gas Streams | 124KB |
| What Are the Benefits from Mass Transfer Rate-based Simulation | 605KB |