ケノス社がAspen Plus®バッチモデリングを活用し、プロセスにおいてどのように利益を確保し、試運転、試作をほとんど行わず、顧客ニーズの変更に対応できたかをご説明しています。日本語の事例カタログです。

競争の激しい市場でビジネスを成長させるために、大阪に本社を置く化学品メーカーのダイセルは、特定の市場の需要を満たすために狭い分子量分布を持つポリマーを開発する必要がありました。この事例では、ダイセルがどのようにアスペンポリマーを使用してカスタムRAFT重合モデルを開発したかをご覧頂けます。このモデルにより、お客様はプロセス条件を最適化し、実験コストを削減できるようになりました。これにより、次の利点がもたらされました。

See how Aspen Mtell prescriptive maintenance prevents catastrophic failure of a centrifugal gas compressor by enabling real-time process adjustments to prevent liquid carryover. This video demonstrates how operators can detect process irregularities earlier and more accurately with Aspen Mtell, and get prescriptive advice to avoid the process degradation that leads to failures.

It is critical for combined cycle power plants to control costs and increase efficiency. In order to accomplish these goals, these plants must make every effort to avoid costly shutdowns, including implementing the newest innovative technologies. This white paper details how combined cycle power plants can leverage the lessons learned from other industries to capture more value from capital equipment, thereby improving operations overall.

Optimal heat exchanger design is vital for the efficient operation of any process plant. The integration between heat exchanger design and rating software, Aspen EDR, and the process simulators Aspen HYSYS® or Aspen Plus® enables engineers to design heat exchangers best suited to their processes. View this webinar to learn best practices on designing heat exchangers!

Graham Hart achieves 97% on time delivery of complex heat exchangers through use of HYSYS and Aspen EDR.

Rigorous heat exchanger models enhance the fidelity of process flowsheets enabling you to reduce CAPEX, OPEX, and energy consumption. This guide teaches you how to convert simple heat exchanger models to rigorous models in Aspen Plus.

By using robust physical properties databanks and estimation capabilities, engineers are empowered to start modeling efforts with confidence. Using AspenTech’s Best-in-class physical properties for simulations, you have access to deep databanks, powerful property estimation, unique electrolyte data, and intuitive data regression capabilities. Watch now to learn more.

In order to meet their design need of maintaining a 25% cost advantage over conventional chemical processes, the engineers at Liquid Light needed a flexible software solution to find key property data (even for non-ideal and electrolyte systems), conduct “what-if” and case analyses, model reaction systems, select solvents, and scale-up quickly and reliably. Leveraging Aspen Plus and Aspen Properties, the members of Liquid Light have been able to make meaningful predictions about system behavior, moving them closer to full scale production.

See how refineries can keep their profit margins high by maintaining their planning models up to date, in the face of changing operating conditions, using capabilities built in Aspen HYSYS.