Rigorous simulation of crude distillation units (CDU) help refinery engineers make better operational decisions, effectively troubleshoot issues, identify operational improvement opportunities and update refinery planning tools. Learn how to use a CDU model in Aspen HYSYS to identify potential column operational issues using advanced visualization tools and determine the impact that feed crude changes have on yield and operations of the CDU.

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.

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.

Refinery reactors are critical units of any refinery, affecting both the quality and yield of products. Kinetic simulation models of reactor units help refineries get the most from these complex processes. Aspen HYSYS offers a complete suite of kinetic models for all major refinery reactor units, which has provided refineries worldwide with benefits worth millions of dollars from operational improvements. Learn how you can leverage the latest innovations in Aspen HYSYS to improve your refinery operations.

Are you experiencing unplanned equipment failures and higher than expected warranty and program costs? A critical step in the IoT journey is using historical and real-time data to forecast when equipment could fail through early identification of anomalies and fault prediction. During this webinar, Frederic Bastien, VP, Product Management with AspenTech, will discuss how advanced IoT models predict equipment failures and provide the following benefits:

Most upstream assets have large untapped benefits that AspenTech's advanced process control (APC) technology can unlock through mitigation of slugging effects, optimizing well production and improving energy efficiency. These benefits offer 2-5 percent improvement in production and up to 10 percent reduction in energy usage. AspenTech customers currently using APC in upstream assets report millions of dollars per year in benefits from a single application. This webinar discusses the benefits and application examples of APC in upstream processes.

Accurately modelling the solids section of a process is critical to product quality. Commonly, the solid and fluid sections of a process are modelled separately, making troubleshooting and optimizing inefficient and time-consuming. Additionally, solids are described by distributed properties rather than concentrated properties, which adds an extra level of complexity. These difficulties often lead to neglected or over-simplified solids modelling. With the latest innovations in Aspen Plus® engineers can develop solid-fluid integrated flowsheets without deep expertise; model solids processes such as grinding, separation, crystallization, and drying; and size equipment to avoid bottlenecks and overdesign. View this webinar and learn directly from AspenTech experts how you can leverage the latest enhancements to Aspen Plus to model solids processes.

Chemical manufacturing operations provide a huge amount of process data generated in real time. This data is a wealth of information and can provide insight into better operational decision-making when tied to process modeling. Our webinar is designed for both process engineers and operators seeking to improve their distillation column performance.

Reprocessing off-spec product is a common, yet costly practice for companies as it uses up materials and increases production time. With first-time, on-spec quality at an unacceptably low level, Petrocuyo, an Argentinian polypropylene producer, turned to the multivariate analytics of Aspen ProMV™ to solve this issue.

このセッションは全４回（固体基礎、晶析、ろ過、乾燥）からなるバッチ固体プロセス全体最適化の第１回目のセッションです。このセッションではAspen Plusで固体を取り扱うための基本的な設定や、固体特有の物性である粒径分布や含水率の設定方法について紹介します。 Aspen Plusの固体モデルにより、プロセス最適化の範囲を従来の気液連続プロセスから固体バッチプロセスまで拡大することができ、固体プロセスを含むプロセス全体の最適化が可能となります。