Award

2020 Green Supply Chain Award

2020 Green Supply Chain Award

Award

AspenTech Awarded Green Supply Chain Award Two Years in a Row

AspenTech Awarded Green Supply Chain Award Two Years in a Row

Blog

Unlocking Value from Industrial Data Today and Tomorrow

For industrial organizations, IoT sensors can offer unprecedented insight into what's happening inside vats, pipelines and manufacturing processes. Insights such as temperature, flow rates and chemical composition can be measured against infinite variables, and even captured and analyzed in real-time to discover new opportunities…and potential problems.

On-Demand Webinar

Circular Economy Benchmarking: How Do You Compare?

Recently AspenTech and the ARC Advisory Group conducted a study on the circular economy among industrial manufacturers. Early results indicate that complex supply chains and proven technologies are the most significant barriers to achieving circular economy goals with 75% of respondents believing digital capabilities are essential.

Brochure

Aspen Multi-Blend Optimizer (MBO) Brochure

Aspen Refinery Multi-Blend Optimizer is a multi-blend optimization tool that can be used for seamless scheduling and optimization of product blending.

Case Study

GlaxoSmithKline Speeds Up Batch Release Time: A Study in Digital Transformation

GSK wanted to review the structure of its batch production record and associated workflows as part of a continuous improvement process. AspenTech was selected for this process due to integration with other solutions, such as Aspen InfoPlus.21® and GSK’s existing plant automation software (DCS). The pilot project was a resounding success, reducing order preparation time by 95% and record review time by over 50%. Read this case study to learn more.

News Article

Improving asset criticality with better decision making at the plant level

Plant Engineering_Improving asset criticality with better decision

On-Demand Webinar

Webinar with Plant Services: How Autonomous Agents are Revolutionizing Conventional FMEA

For reliability engineers, Failure Modes and Effects Analysis (FMEA) is a step-by-step process for identifying and tracking the various ways an asset or equipment can fail. But despite its merits, FMEA is labor intensive, typically used only for critical equipment and does not sufficiently use data to improve its capability.

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