The Chemical Industry's Leading Process Simulation Software

Boost Bulk Chemical Quality and Throughput. Improve production rates, yield, energy efficiency and quality through rigorous process modeling tools.

Reduce CAPEX with rapid optioneering. Implement a model-based system that seamlessly integrates all design and project cost estimate functions, concurrently, delivering a lower-CAPEX project sooner

Restore smooth and optimal column performance. Increase column efficiency and resolve issues faster with interactive hydraulic visualization of distillation.

Ensure safety, operability and controllability. Hone your understanding of operational changes through dynamic insights with trusted accuracy and built-in templates to get started.

Optimize energy Use. Predict and eliminate energy waste though use of an integrated design and modeling tools.

Drive down costs through project design reuse. Licensors can reduce the cost and time of designing and releasing bid packages with an integrated estimating platform leveraging reusable modular templates.

Improve operational decisions with model-backed intelligence. Increase throughput and operating efficiency through data-driven decisions enabled by plant-calibrated predictive models in an operator-friendly interface.

Optimize production and rapidly develop new grades. Improve production rates, yield and quality through rigorous optimization of the polymer process.

Minimize costs without compromising safety. Reduce conservatism and engineering time using the complete overpressure protection solution with expert-trusted solutions and guided workflows.

Improve transparency and lower CAPEX though use of a shared model-based estimating platform from conceptual engineering through construction.

Deliver consistent quality of solids. Reduce capital and energy costs while ensuring consistent particle size distribution by using rigorous solids-handling equipment models integrated with fluid simulation.

Optimize separation processes. Design and optimize adsorption processes to improve purity and throughput with deeper insights using rigorous models.

Simplify batch process development. Optimize your batch and continuous process with a common platform from development through manufacturing.

Restore smooth and optimal column performance. Increase column efficiency and resolve issues faster with interactive hydraulic visualization of distillation.

Ensure safe and reliable operations. Reduce risks with dynamic analysis and overpressure protection guidance developed using expert-trusted solutions and guided workflows.

Deliver robust and optimal HX design on time. Select the optimum heat exchanger size and rating when both cost and performance must be balanced through rigorous up-to-date integrated modeling capabilities.

Improve operational decisions with model-backed intelligence. Increase throughput and operating efficiency through data-driven decisions enabled by plant-calibrated predictive models in an operator-friendly interface.

Improve operational performance with real-time visualization. Increase visibility, agility and responsiveness to production problems through real-time monitoring of important business metrics via dashboards, alerting and pattern matching.

Create process models on a solid foundation. Start your modeling efforts with confidence with the most up-to-date and comprehensive portfolio of physical property data.

Optimize production and rapidly develop new grades. Improve production rates, yield and quality through rigorous optimization of the polymer process.

Improve transparency and lower CAPEX though use of a shared model-based estimating platform from conceptual engineering through construction.

Develop and transfer batch processes from lab to manufacturing. Develop and transfer batch processes from lab to manufacturing by using the recipe as process mode.

Deliver consistent quality of solids. Reduce capital and energy costs while ensuring consistent particle size distribution by using rigorous solids-handling equipment models integrated with fluid simulation.

Minimize estimating risk and develop bids faster through the improved consistency and accuracy of an integrated, model-based estimating system.

Reduce CAPEX with rapid optioneering. Implement a model-based system that seamlessly integrates all design and project cost estimate functions, concurrently, delivering a lower-CAPEX project sooner

Optimize column designs for economics and energy. Cut CAPEX and prevent issues by selecting optimal trays and packings with interactive plots built using correlations and process simulation data.

Ensure safety, operability and controllability. Hone your understanding of operational changes through dynamic insights with trusted accuracy and built-in templates to get started.

Boost project agility. Reduce FEED package preparation time and decrease rework by allowing engineering design changes to propagate quickly and consistently through interconnected FEED tools.

Deliver robust and optimal HX design on time. Select the optimum heat exchanger size and rating when both cost and performance must be balanced through rigorous up-to-date integrated modeling capabilities.

Optimize CAPEX and minimize bidding and estimating risk. Deliver bids with optimized designs faster, with less rework and errors through an integrated model based estimating tool from concept design through 3D model development.

Train operators for startups, shutdowns and complex operational changes. Deploy trusted, maintainable operator training simulator (OTS) solutions sooner using dynamic simulation, trusted for its accuracy, across the full asset lifecycle.

Minimize costs without compromising safety. Reduce conservatism and engineering time using the complete overpressure protection solution with expert-trusted solutions and guided workflows.

Deliver consistent quality of solids. Reduce capital and energy costs while ensuring consistent particle size distribution by using rigorous solids-handling equipment models integrated with fluid simulation.

Grow and expand business with additional services. Make models that match reality by calibrating them to plant data for improved design and revamp with process understanding through validation with historical data.