Learn how Fluor created a digital twin of their entire sulfur recovery unit, including recycle streams, in a single file using Aspen HYSYS® with Sulsim. Read this case study to find out how AspenTech’s solution for SRU optimization allows users to increase production, reduce OPEX and meet emissions regulations by modeling the complexities of the SRU and the full gas plant.

Siirtec Nigi increased their sulfur production from 50 to 90 tons per day using Aspen HYSYS Sulsim to simulate the case study and conduct a sensitivity analysis around their oxygen enrichment. The new process required minimal equipment changes and no additional downtime other than turnaround.

Today, it’s more important than ever to perform rigorous optioneering to find the best solutions for improving process efficiency and asset flexibility. In this webinar, AspenTech’s experts will show how the new Aspen Multi-Case™ dramatically accelerates the evaluation of design and operating scenarios, provides visual tools for selecting the best alternatives and improves overall agility and collaboration across the engineering team.

In the current economic environment, gas processors are going the extra mile to reduce operating costs and increase throughput while maintaining product quality. This means driving the gas plant to its limits, avoiding CAPEX in debottlenecking or upgrades, cutting operating costs and quickly developing complete designs.

En el ambiente económico actual la industria del procesamiento de gas está ha-ciendo esfuerzos extras para reducir costos de operación e incrementar la produc-ción manteniendo la calidad de producto. Esto significa llevar la operación de la planta al límite, minimizando costos de capital en mejoras o modernizaciones, re-duciendo costos de servicios y desarrollando rápidamente diseños completos de la planta.

Acid Gas Removal is a necessary step for removing carbon dioxide and hydrogen sulfide, but operations can be troublesome and costly. With impurities, process recycles, column internals and process configurations that introduce complexities in analysis, operational improvements can be difficult to identify and implement. In this introductory webinar learn how you can improve column operations with rate-based modeling, elevate analyses of systems with impurities and much more!

Aspen HYSYS has been updated and improved with additional features over the last few years. From concurrent engineering to integrated gas plant modeling and refinery-wide modeling to streamlined process safety analysis, experience the latest innovations in chemical process simulation. This checklist shows the addition of features and incremental improvements by version.

From oil and gas production to refining, gas treatment and liquefaction, Aspen HYSYS streamlines engineering and provides valuable insights to save organizations CAPEX, OPEX and engineering time. View this infographic and learn how companies have benefited from the newest innovations in Aspen HYSYS.

What is a Digital Twin and what does it do? View this infographic to learn what a digital twin is and how it provides important insight on system performance enabling companies to optimize operations and reduce costs by maximizing uptime with real-time recommendations.

View this infographic to see how leveraging AspenTech's integrated solution suite can help improve margins for your refining operations