capture modeling, green hydrogen generation, and improved refining tools, Honeywell has ensured that UniSim R492 is prepared for the future of process engineering.
If you cannot locate the R492 model, consider these built-in replacements:
Staying current with the latest UniSim release provides several strategic advantages for engineering firms: unisim r492
[Process Flowsheet Design] │ ▼ [Thermodynamic Property Setup (e.g., OLI Engine 11.5 / MSE)] │ ├───────────────────────────────┤ ▼ ▼ [Traditional Downstream] [Net Zero Tech (R492)] • Mild Hydrocracking • Alkaline Electrolyzers • Vacuum Distillation • Benfield & Selexol Carbon Capture │ │ └───────────────┬───────────────┘ ▼ [Scope 1 & 2 Emissions Utility] │ ▼ [Dynamic Twin / Operator Training] Thermodynamics and Third-Party Upgrades
, allowing for the detailed modeling of hydrogen production. Carbon Capture : Enhanced capabilities for modeling Benfield and Selexol This allows users to rate and design highly
: The tray sizing utility has been natively upgraded to include UOP’s proprietary calculation methods. This allows users to rate and design highly specialized column internals directly inside the primary simulator window.
Computes greenhouse gas equivalents for imported electricity, steam, and cooling utilities. 2. Upstream & Thermodynamics Advancements Upstream & Thermodynamics Advancements 2
2. Navigating the Net-Zero Landscape: Sustainability Features
One of the standout additions in R492 is the capability to model . As green hydrogen becomes a cornerstone of decarbonizing heavy industry and refining, engineers can now simulate the process of splitting water into hydrogen and oxygen using electricity. This allows for rigorous techno-economic analysis and integration of electrolyzers with downstream processes. 2. Advanced CO₂ Capture
UniSim Design R492 is the latest iteration of Honeywell's premier steady-state and dynamic process simulation software. It is engineered to help engineers build accurate, reliable models for designing plants, monitoring performance, troubleshooting operational issues, and planning future operations.