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Aspen Batch APC™ (Advanced Process Control) is a closed-loop, model-predictive batch control system that improves product quality and yield, and lowers cycle times. It features a built-in optimization engine that predicts end-of-batch quality attributes at key decision points along the batch process. Aspen Batch APC enables manufacturers to improve process stability and product consistency for higher margins with a solution specifically designed for batch processes.

See how AspenTech can help you achieve better project execution and collaboration with improved work flows and integration. Webinar presented by Vikas Dhole, John Wylie and Ron Beck.

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!

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.

Dynamic simulation is a powerful tool for ensuring safety, operability and controllability, but moving models from steady-state to transient can be intimidating for new users. Use this checklist to get started creating a dynamic study from a steady-state flowsheet.

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.

How do you consider capital and operating expenses while developing process designs? With Activated Economics, process engineers can quickly and accurately identify the economic impact of design decisions without leaving Aspen Plus® or Aspen HYSYS®. During this webinar, you’ll learn how to estimate capital and operating expenses to optimize and/or compare multiple process schemas to maximize profitability.

Aspen Unified是下一代计划和调度解决方案，它使公司能够通过协调孤立的业务流程来提高整个石油价值链的效率，从而增加利润并节省时间。

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.