How do you navigate the complexity of your batch processes? You need a sophisticated multivariate analytics tool that can reliably extract actionable insights from your process and laboratory data. In this webinar, we will provide an overview of our Aspen ProMV™ software suite, which provides leading-edge, patent pending batch data analytics to continually drive your process to optimal performance for quality, yield and throughput, while ensuring process safety.

With the introduction of centralized performance monitoring in aspenONE APC V11, organizations can improve operating margins across the enterprise by providing greater visibility into APC benefits and performance. New non-linear capabilities in Aspen DMC3™ enable you to extend controller features and functionality to non-linear processes.

Leveraging process modeling tools is vital for accelerating the journey to market for new products, or for optimizing the margins of existing processes. Often, a single tool does not have the capabilities to model entire specialty and fine chemicals processes due to their complexities (batch or mixed batch/continuous, integrated fluid and solid sections, complex reactive systems). As a result, specialty and fine chemicals companies often rely almost exclusively on expensive experimentation and plant trials when innovating their products and processes.

Enabling producers to expand differentiation, accelerate innovation and drive profitable growth across their most complex, market-facing businesses.

Screen new processes and shorten time-to-market by scaling up batch processes from early route selection to full-scale manufacturing with one proven recipe-based modeling technology.

Optimize production rates, yield and quality by modeling polymerization processes using proven, market-leading process simulation technology.

aspenONE® Engineering deployment in the cloud

Support optimal and smooth plant operations by running case studies to provide process insights using a Microsoft Excel add-in that links simulation data and process data.

Save costs and ensure smooth operations by mastering scenarios, and confidently design for transient conditions with intuitive, advanced dynamic simulation.

Ensure model accuracy and save engineering time by using consistent physical properties from an extensive, flexible and trusted property database.