現在のVUCA環境において、新たなレベルの安全性、持続可能性、および収益性を実現する自律／半自律プロセスの開発のために、デジタライゼーションやAIに目を向ける企業が増えています。自己最適化プラントへのジャーニーはそこから始まります。自己最適化プラントがどのようにして以下のことを可能にするのか、是非このエグゼクティブブリーフでご覧ください。

Learn directly from Aspen EDR users across the world about how they benefit from its cost based design optimization capability and its integration with Aspen HYSYS and Aspen Plus.

Robust heat exchangers designed and delivered on time and on budget are vital for the success of engineering projects. AspenTech offers an integrated design workflow that supports every major type of heat exchanger. The seamless integration between its solutions for process design and the thermal and mechanical design of heat exchangers reduces design time. Learn more.

Maintain refinery margins by updating refinery planning models with streamlined workflows using a process simulation solution calibrated to plant data.

Watch this video for an introduction of how Aspen Plant Scheduler and Aspen Mtell work together to predict and minimize the impact of downtime

AspenTech's Smart Calibration allows you to boost productivity and increase performance by creating accurate production sequences utilizing feedback loops.

AspenTech's Polymers Scheduling enables you to reduce transitions and operational costs using high-fidelity modeling of your unique assets.

Learn how Westlake assesses time sensitive supply chain opportunities, such as accepting a modified customer order, in a matter of minutes using Aspen Plant Scheduler rather than four hours using previous spreadsheet methods.

Learn how a major European chemical producer implemented aspenONE® Supply Chain Management, integrated to their SAP ERP system, and was able to reduce inventories by 20%, achieve 97% on time deliveries, and reduce the number of campaign transitions by 20%.

With polymers scheduling utilizing Aspen Plant Scheduler, companies can improve throughput and reduce the number of transitions while simultaneously achieving high on-time order fulfillment rates. Polymer manufacturers are looking for ways to increase on time order fulfillment, unlock their plants “hidden capacity," and reduce total time spent in transitions. Scheduling with intuitive product wheels and powerful sequence optimization methods assists in achieving these goals.