https://www.honeywellforge.ai/us/en/search-results.html

UNISIMĀ® DESIGN R490 SUITE

Creates a robust, realistic process simulation models to use for offline and online (digital twin) applications.

Discover What is New

Unisim Design Simple. Powerful. Flexible.

UniSim Design Suite helps process industries improve productivity and profitability throughout an engineering project or plant asset lifecycle. The powerful simulation and analysis tools, real-time applications and the integrated approach to engineering solutions provided by UniSim Design enable companies to improve designs, optimize production and enhance decision- making. Process models are at the core of advanced online & offline applications for operational monitoring and asset management, process optimization, operator training, and cloud- enabled services.

Create Steady-State And Dynamic Models For Your Plant Design

-10%

Reduces CAPEX by 10% or more*

* UniSim Customer Observed Outcomes

+8%

Increase Yields by 3-8%

* UniSim Customer Observed Outcomes

-10%

Reduces engineering time by 10% or more*

* UniSim Customer Observed Outcomes

increase in throughput

How it works

How it works?

  • UniSim Design accurately calculates physical, transport, separation, and reaction kinetic properties. Market-leading, it is field-proven to give realistic results in both steady-state and dynamic environments
  • Users can quickly create robust, realistic process simulation models to use for offline and online (Digital Twin) applications
  • Reduce downtime by quickly identifying process constraints
  • Fast Solving of large, complex problems: EO modeling improves robustness, speed and power (optimization cases run up to 10x faster)

The Technology Platform Delivery At UOP

Due to its modeling versatility and flexibility, UniSim Design is utilized across much of the UOP organization, including groups such as Process Modeling, New Process Development, Engineering, and Connected Performance Services, which are described further in this paper.

Practical Applications of a Dynamic Digital Twin

Comprehensive Digital Twin process models provide engineers with a complete view of heat and material balances for evaluating limiting design cases and other operating conditions. Engineers leverage this information to ensure designs are safe, meet environmental regulations and maximize the operational and business performance of the asset.

Faster Decision Making on Crude Blend Compatibility

While the decision to blend cheaper crudes might seem an obvious choice, incorrectly blended crude oils can precipitate asphaltenes, which are difficult to re-dissolve and can impact the pre-heat train performance. Learn how UniSim Design can support faster decision making by supporting refineries to estimate crude blend compatibility, utilizing the Crude Assay data.

UniSim Design Tips and Tricks

For LNG production optimization, it is essential to have a model with access to many parameters and operating conditions which impact the performance of the unit. The UniSim Design EO platform is unique in providing extensive optimization capabilities, including lifecycle modeling and online optimization utilizing real-time data.

How it works?

  • UniSim Design accurately calculates physical, transport, separation, and reaction kinetic properties. Market-leading, it is field-proven to give realistic results in both steady-state and dynamic environments
  • Users can quickly create robust, realistic process simulation models to use for offline and online (Digital Twin) applications
  • Reduce downtime by quickly identifying process constraints
  • Fast Solving of large, complex problems: EO modeling improves robustness, speed and power (optimization cases run up to 10x faster)

The Technology Platform Delivery At UOP

Due to its modeling versatility and flexibility, UniSim Design is utilized across much of the UOP organization, including groups such as Process Modeling, New Process Development, Engineering, and Connected Performance Services, which are described further in this paper.

Practical Applications of a Dynamic Digital Twin

Comprehensive Digital Twin process models provide engineers with a complete view of heat and material balances for evaluating limiting design cases and other operating conditions. Engineers leverage this information to ensure designs are safe, meet environmental regulations and maximize the operational and business performance of the asset.

Faster Decision Making on Crude Blend Compatibility

While the decision to blend cheaper crudes might seem an obvious choice, incorrectly blended crude oils can precipitate asphaltenes, which are difficult to re-dissolve and can impact the pre-heat train performance. Learn how UniSim Design can support faster decision making by supporting refineries to estimate crude blend compatibility, utilizing the Crude Assay data.

UniSim Design Tips and Tricks

For LNG production optimization, it is essential to have a model with access to many parameters and operating conditions which impact the performance of the unit. The UniSim Design EO platform is unique in providing extensive optimization capabilities, including lifecycle modeling and online optimization utilizing real-time data.

Contact Us

Ready To Take Your Process Simulation To The Next Level?

Contact us to schedule a demo and see how Honeywell UniSim Design can create steady-state and dynamic models for plant design, helping you achieve your operational goals.