John Campbell (AspenTech) shares how to use seed models (less than perfect models based on historical data or similar processes) to shorten the time before a controller is turned on to accrue benefits earlier and potentially develop multiple controllers at once (in parallel).

Learn how ACCE differs from proprietary spread sheets used in capital cost estimating.  Reduce your errors, time checking work with a workflow that incorporates an "Engineer in a Box".

During this free webinar, industry experts from Process Ecology will demonstrate how they apply Aspen HYSYS to develop optimal designs of gas gathering networks, while accounting for multiple constraints, to guide their clients in budgeting and pipeline construction scheduling.

In this webinar, we will show you how to improve productivity by deploying simulation models inside your organization using Aspen Simulation Workbook (ASW). We will demonstrate building a model in Excel with a C-2 splitter so you can see how you can use it in your organization.

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 Cleaning in Aspen HYSYS V8 enables unprecedented gas plant optimization opportunities. During this free webinar, learn why the software’s unique column modeling technology makes it the best in the industry.

Una nueva innovación en Aspen HYSYS V8.6, Activación Dinámica, permite pasar de forma sencilla de modelos en estado estacionario a modelos en estado dinámico para poder atacar fallas y problemas en los compresores. En este webinar gratuito, aprenda cómo usted y sus colegas pueden analizar el comportamiento dinámico del compresor, así como la solución de problemas potenciales de forma rápida y sencilla.

Today when refineries worldwide are facing declining profit margins it is crucial for every refinery to ensure their planning models are up-to-date and effective in making plans that maximize profits. The latest Aspen HYSYS® V9 provides a much improved workflow to update your planning models. The latest improvements allow users to, save significant time and effort with the improved case study utility, interact with reactor models through Microsoft Excel® and transfer updated sub-models to Aspen PIMS™ and much more!, Today when refineries worldwide are facing declining profit margins it is crucial for every refinery to ensure their planning models are up-to-date and effective in making plans that maximize profits. Aspen HYSYS provides a streamlined workflow to update your planning models. The latest improvements allow users to, save significant time and effort with the improved case study utility, interact with reactor models through Microsoft Excel® and transfer updated sub-models to Aspen PIMS™ and much more!

Con el fin de revolucionar la forma en que se optimizan los procesos, decidimos desarrollar la nueva interfaz de Aspen HYSYS V8. Aumente su productividad y mantenga en curso sus proyectos con las nuevas funcionalidades que incluyen análisis de equipos, de simulación y de seguridad, estudios de sensibilidad y tablas de datos con la opción para exportar a Aspen Simulation Workbook™ (ASW). Todas estas opciones se encuentran cuidadosamente organizadas en cintillas para crear una experiencia de usuario más intuitiva.

Aspen Hybrid Models combine AI and first principles to deliver a comprehensive, accurate model more quickly without requiring significant expertise. Machine learning is used to create the model, leveraging simulation or plant data while using domain knowledge, including first principles and engineering constraints to build an enriched model without the need for modeling or AI expertise.