Industrial Automation Magazine India

Aspen HYSYS - Industry Leading Process Simulation Software

Published on : Tuesday 30-11--0001

The energy industry’s leading process simulation software, providing comprehensive solutions for upstream production, gas treating and processing, refining and safety analyses.

• Plant design and turnaround optimization
• Plant-wide margin analyses to boost profitability
• Safety and operability studies
• Equipment modeling and economics analyses
• Energy efficiency optimization

• Improve column performance by gaining deeper insight into column hydraulics
• Reduce material costs with the accuracy of blowdown analyses
• Predict issues in pipelines, compressors, and gas plants and prevent production losses
• Sustain refinery profits with faster updates to planning models   
• 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
• 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 compression without risking failure. Make changes to compressor operations with the accuracy and ease provided by dynamic compressor 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.
• 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.
• Optimize pipeline flow and uptime. Understand pressure drops to maximize flow and mitigate the risk of flow assurance issues through network modeling with built-in flow assurance analyses.
• 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.
• Minimize amine unit costs while meeting specifications. Optimize design and lower energy cost while meeting specifications with predictive, rate-based models and specialized physical properties.
• 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
• Minimize solvent costs and meet gas specifications. Prevent quality issues that limit dehydration operations and cost additional solvent and energy input using the latest in water-gas-glycol modeling for accuracy
• 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 compression without risking failure. Make changes to compressor operations with the accuracy and ease provided by dynamic compressor templates.
• Optimize LNG plant performance. Increase efficiency with insights into the operation of liquefaction processes through rigorous heat exchanger models leveraging full process simulation.
• 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.
• 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.
• Improve transparency and lower CAPEX though use of a shared model-based estimating platform from conceptual engineering through construction.
• Conquer disturbances in the sulfur recovery unit (SRU). Increase production, reduce OPEX and meet regulations by modeling the complexities of the SRU and the full gas plant.
• 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
• Improve profits by establishing crude flexibility. Quickly and accurately analyze the feasibility of crude blends through accurate determination of stream yields and properties at any point in the refinery process
• Restore smooth and optimal column performance. Increase column efficiency and resolve issues faster with interactive hydraulic visualization of distillation.
• Optimize energy Use. Predict and eliminate energy waste though use of an integrated design and modeling tools.
• Maximize throughput and minimize energy use. Meet product demands and simultaneously reduce energy consumption with a single solution to optimize the entire crude distillation unit operation.
• Sustain profits with accurate planning models. Maintain refinery margins by updating refinery planning models with streamlined workflows using a process simulation solution calibrated to plant data.
• 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.
• 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.
• Improve transparency and lower CAPEX though use of a shared model-based estimating platform from conceptual engineering through construction.
• Conquer disturbances in the sulfur recovery unit (SRU). Increase production, reduce OPEX and meet regulations by modeling the complexities of the SRU and the full gas plant.
• 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 soone
• 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.

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

 It is used in Chemical Industry. Oil And Gas, Refining Industry.

Aspen Technology, Inc.

Japan

Phone: +81 3 3262 2624

Email: [email protected]