Case Study

Saudi Aramco Increases Refinery Capacity by 100,000 Barrels/Day Using Plant Digital Twin

Learn how Saudi Aramco used Aspen HYSYS to analyze feasibility of refinery reconfiguration plans by developing plant digital twins of multiple units. The new reconfiguration plan projects a 100,000 barrels/day increase in the refinery’s processing capacity, a substantial reduction in fuel oil production together with a significant boost in diesel production capacity.

Case Study

Petrofac Improves Process Design Accuracy by Debottlenecking Gas Processes Increasing Capacity by 20%

Download this case study to learn how Petrofac used Aspen HYSYS with Activated EDR models to optimize heat exchanger selection and configuration for a gas production client. This solution achieved the client's goal by increasing gas field production 20%, and as a bonus, reduced CAPEX 25%.

Case Study

European Engineering Company Saves $400,000 USD on CAPEX Using Performance Engineering

Discover how PETROLTERV saved significant CAPEX on a revamp project due to greater design accuracy enabled by the integrated aspenONE Engineering suite of products. Due to efficiencies gained from using this integrated software suite, PETROLTERV no longer needed to outsource a large number of engineering projects, such as air cooler design, pressure safety valve sizing and more. By increasing their ability to complete more projects in-house, PETROLTERV has reduced project costs, as well as delivered those projects on time and on budget.

Case Study

Japanese Pharmaceutical Company Improves Quality with Aspen Plus<sup>®</sup>

A 140-year-old global pharmaceutical company with headquarters in Japan adopted Aspen Plus to improve the synthesis of a new active pharmaceutical ingredient (API). Aspen Plus provided an in-depth understanding of a new API process leading to equipment improvements and optimized recipes that enabled development of a continuous process.

Case Study

日本の製薬会社がAspen Plus®で 品質改善を実現

日本に本社を置き、創業から140年の歴史を誇るグローバル製薬会社がAspen Plusを導入して新規原薬(API)の合成を改善しました。同社は、創薬に重点を置きながら医薬品や医療機器の研究開発から製造、販売まで行っています。

Case Study

ダイセルがAspen Polymers™で実験回数を削減 し、イノベーションを加速

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。

Case Study

Compañía de Energía ahorra $6M USD usando un Digital Twin en Performance Engineering

Conozca cómo una importante compañía de energía en Sudamérica utiliza Aspen Exchanger Design & Rating™ y Aspen HYSYS® para modelar y simular el circuito de reboiler y la torre regeneradora. El modelo de Digital Twin identificó una inestabilidad hidráulica en el sistema termosifónico y le permitió ahorrar $6M USD anuales, evitar daños de la torre y sistemas asociados y mucho más.

Case Study

Daicel Accelerates Innovation and Reduces the Number of Experiments with Aspen Polymers™

In order to grow its business in a highly competitive market, Daicel, a chemicals manufacturer headquartered in Osaka, needed to develop polymers with narrow molecular weight distributions to meet a specific market demand. Read how Daicel used Aspen Polymers to develop a custom RAFT polymerization model. This model enabled our customer to optimize process conditions and reduce experimental costs, which provided the following benefits:

Case Study

Aspen Mtell® Machine Learning Finds Cause of Compressor Failures at LNG Facility

Read how this LNG facility used Aspen Mtell prescriptive maintenance to provide up to 61 days advance notice of catastrophic compressor failures, preventing an economic loss of more than $40M USD per occurrence. Quick to implement and readily scalable, the solution provided key insights into the root cause of the failures.

Case Study

Energy Company Saves $6M USD with a Performance Engineering Digital Twin

Find out how a major Energy Company in South America uses Aspen Exchanger Design & Rating™ and Aspen HYSYS® to model to simulate the reboiler circuit and regenerating column. The Digital Twin model revealed hydraulic instability in the thermosiphon system and allowed the customer to save $6M USD per year, prevent damage to the column and related equipment and much more.

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