現実プラントで測定できるプロセスの値は、連続プラントにおいても常に変動しているため、Aspen PlusやHYSYSのシミュレーションの挙動と一致させるのは容易ではありません。このセッションでは、シミュレーションの挙動を現実プラントと一致させるためのPlant Data機能 (プラントヒストリアンからのタグデータインポート、データコンディショニング、定常状態判定など)についてご紹介します。Plant Data機能は、プロセス性能の経時的なモニタリングにも活用でき、例えば長期的に変動する熱交換器の汚れや反応器の触媒活性のモニタリングに役立ちます。

Boost your productivity and keep projects on track with new features including equipment, model, safety, and sensitivity analysis tools; data tables; and an export feature to Aspen Simulation Workbook (ASW). Need help navigating the new user interface? Let us help. Watch this webinar where we'll show you how the new user interface makes using Aspen HYSYS easier than ever before.

It’s critical to make sure your refinery planning models are in sync with changes in operating conditions or catalysts. However, the extensive effort required to update planning models means that many refineries are dependent on external consultants — thereby hindering regular updates and leading to lost profits. The latest innovations in Aspen HYSYS® give users a streamlined workflow, so refineries can update their Aspen PIMS™ planning models in-house, reduce the time and effort required for updates, and much more. Learn how you can leverage Aspen HYSYS® to boost profits through greater planning model accuracy!

A small operational issue in dehydration, acid gas treating, or sulfur recovery units can turn into a loss of production—or worse, a frustrating and costly shutdown. Keep on top of operations and prevent issues in design with insight from process simulation designed for accuracy and full gas plant integration. Learn how the latest technology in Aspen HYSYS can empower you to troubleshoot and prevent issues in dehydration units, make confident decisions around acid gas units with predictive modeling and much more!

Learn how refineries can address their reconfiguration and operational challenges with a robust and manageable refinery-wide process model developed using Aspen HYSYS.

Ensuring process safety is important across the entirety of your plant or refinery. Within the process safety workflow, the rating, designing and debottlenecking of flare networks are essential to pressure relief analysis (PRA) projects. The Aspen HYSYS® software suite, including Aspen Flare System Analyzer, Aspen HYSYS Dynamics, and the PSV-sizing tool, provides a kit of process safety tools that enable you to produce the optimal flare system design — with greater ease and efficiency —across the complete plant or refinery.

Cuando se está en la fase de desarrollo del proceso el comprender las consecuencias económicas de las decisiones generalmente requiere que un ingeniero de proceso y un estimador pasen las hojas de datos y las condiciones de proceso de un lado a otro. Con Activated Economics puede obtener las aproximaciones económicas inmediatamente mientras construye la configuración de su proceso sin necesidad de cambiar entre distintos programas de software.

CDU(Crude Distillation Units)는 정유사에서 수익성을 추구하는 가장 중요한 공정입니다. 현재의 VUCA, 즉 변동성이 크고(Volatile), 불확실하며(Uncertain), 복잡하고(Complex), 모호한(Ambiguous) 비즈니스 환경에서 정유사들이 디지털 트윈 기술을 활용하여 현재의 불확실성을 보다 효과적으로 타개하여 민첩하고 신속하게 대응할 수 있도록 돕는 두 가지 기술 영역에 대하여 알아보겠습니다.

Do your pressure relief analysis projects include any combination of the following steps: gathering process conditions, sizing PSVs, or completing flare network analysis? Process safety products from AspenTech address each step of your pressure relief analysis work, all within one software suite. Attend this webinar to learn how to best leverage and integrate each of our existing tools to streamline the entirety of pressure relief analysis projects.

En el panorama volátil actual, los refinadores deben cambiar sus operaciones para adaptarse a las demandas de los productos que están en constante cambio, y hacerlo con una fuerza laboral que trabaja remotamente. La tecnología de digital twin ofrece información clave para que los ingenieros puedan predecir posibles disrupciones del proceso desde cualquier lugar.