Aspen Hybrid Models combine AI and first principles to deliver a comprehensive, accurate model more quickly without requiring significant expertise. AspenTech® is uniquely positioned to leverage over 40 years of domain expertise to make AI applicable to the process industries. This next generation of solutions will democratize the application of AI with Aspen Hybrid Models to optimally design, operate and maintain assets—online and at the edge.

Aspen Plusのバッチモデリングテクノロジーには、従来はAspen Batch Modelerに搭載されていたテクノロジーの統合やバッチ晶析など、数多くの改善が新たに加えられています。『Aspen Plus®によるバッチプロセス改善に関するお問い合わせトップ10』では、このテクノロジーについてのよくあるご質問とその回答をご紹介します。

El ensuciamiento de los intercambiadores de calor provoca un consumo excesivo de energía, gran pérdida de presión y, a veces, interrupciones en el proceso. Este documento responde las preguntas más frecuentes sobre este tema.

Aspen HYSYS has several options available for modeling pipes and pipelines. Use these approaches, correlations and analysis tools in Aspen HYSYS to solve problems around pipe flow hydraulics and optimize flow and uptime. This Top 8 Questions document recommends best practices from our technical experts.

Learn how Unified Production Optimization can improve margins by vertically integrating planning, scheduling, and advanced process control in a closed loop.

With vertically integrated unified production optimization, you can dynamically optimize multiple process units in closed loop.

View this infographic to see how prescriptive maintenance early adopters are reducing downtime and improving reliability – with results in as little as 2 ½ weeks.

View this infographic to see how prescriptive maintenance early adopters are reducing downtime and improving reliability – with results in as little as 2 ½ weeks.

Vea esta infografía para conocer cómo la información prescriptiva hizo que los primeros usuarios redujeran el tiempo de inactividad y aumentaran su confiabilidad en tan solo dos semanas y media.

Leverage insights from Aspen ProMV™ to ensure consistent product quality, increased yield and maximum throughput.