Aspen Polymersを活用し逐次重合モデルを構築できます。実験データから反応速度パラメータを回帰し、バッチ/連続重合シミュレーションでポリマー物性を予測します。 モデルを活用することで、実験回数の削減、運転条件の最適化検討が可能となります。

Aspen Plusのバッチ晶析モデルについて紹介します。速度論型の核生成/成長モデルを考慮することで、蒸発晶析や冷却晶析、貧溶媒晶析など多種に渡る晶析プロセスを取り扱うことができます。本モデルを活用することで、バッチ晶析プロセスにおける実験回数の削減、運転条件の最適化検討などが可能となります。

Leading companies rely on a powerful integrated platform to manage the entire lifecycle of their Advanced Process Control (APC) applications. In this webinar, ExxonMobil will share how they used key Aspen DMC3 Builder capabilities to improve APC performance, increase production and reduce energy consumption. Register today to hear ExxonMobil’s experiences and learnings.

Did you know that up to 73% of data within an enterprise goes unused? With so many connected devices and processes, it’s critical for companies to more easily capture, view and share this data across functional areas.

Enabling producers to expand differentiation, accelerate innovation and drive profitable growth across their most complex, market-facing businesses.

Screen new processes and shorten time-to-market by scaling up batch processes from early route selection to full-scale manufacturing with one proven recipe-based modeling technology.

Optimize production rates, yield and quality by modeling polymerization processes using proven, market-leading process simulation technology.

aspenONE® Engineering deployment in the cloud

Support optimal and smooth plant operations by running case studies to provide process insights using a Microsoft Excel add-in that links simulation data and process data.

Save costs and ensure smooth operations by mastering scenarios, and confidently design for transient conditions with intuitive, advanced dynamic simulation.