Aspen Process Pulse™
Monitor, control and optimize processes with real-time visibility of all types of process and spectral data. Run models for early fault detection, process deviation warnings, Process Analytical Technology (PAT) support and continuous improvement while enabling compliance with regulatory mandates.
Built for the Way Processes Work
Full Process Monitoring with a Single Tool
Prevent faulty batches, improve product quality, optimize resource use and reduce waste. Fully integrated tool closes the gap between R&D and production with QbD, PAT and real-time process monitoring and control for data-driven manufacturing.
Real-Time Data Analysis
Analyze sensor, process and quality data in real time with direct import from online instruments or through historians like Aspen InfoPlus.21®. Leverage intuitive dashboards to support various roles in the process.
Ensuring Process Quality
Take advantage of full process visibility, early fault detection and process deviation warnings. Use powerful multivariate analysis to build process models for improved efficiency and prediction of process quality.
Customizable, Secure and Compliant
Easily integrates with existing control systems and processes, independent of instrument vendor software. Ensure compliance with 21 CFR Part 11 and EU Annex 11 with model version control, searchable audit trails and audit trail reports.
Aspen Process Pulse – Enabling Real-Time Response
Align and improve your product to market demands as you optimize processes, monitor all raw materials and ensure superior quality. Additionally, take PAT to the shop floor.
Aspen Mtell®
Get early and accurate warning of when an asset failure will occur, how the failure will occur and what to do about it.
Aspen ProMV®
Identify the real underlying sources of variation in production processes that impact reliability and quality.
Aspen Unscrambler™
Model, predict and optimize processes using multivariate statistical analysis and interactive visualizations.
Aspen Unscrambler HSI™
Solve complex problems with explorative, multivariate analysis of hyperspectral images.
Accelerate digitalization to achieve sustainability goals and drive operational excellence.
How a Multinational Biopharma Used PAT to Shift From Batch to Continuous Manufacturing
Pharma companies continue to strive for tight control of critical quality attributes (CQAs). When Ferring Pharmaceuticals wanted to move from batch to continuous manufacturing, they found that laborat...
On Demand Webinar
Accelerate Market Growth with New Advances in Process Analytical Technology (PAT)
Pharmaceutical companies, CDMOs and CMOs face growing pressures to deliver more products at a lower cost while ensuring the quality and security of supply. Advanced PAT technologies address these chal...
On Demand Webinar
Solution Brief: Accelerate Market Growth with New Advances in Process Analytical Technology
Pharmaceutical companies, CDMOs and CMOs continue to grapple with the tension between meeting the demand for increasingly diverse pharmaceutical products and the escalating challenges in ensuring supp...
White Paper
Better Reaction Monitoring
While traditional reaction monitoring strategies have been effective at maintaining process safety and consistency, new developments are driving additional benefits like increased speed to market, red...
On Demand Webinar
Better Batch Monitoring
Batch processing requires supremely accurate monitoring to ensure successful batch completion. In the case of deviations, the ability to prevent unwanted process behavior from happening is critical to...
On Demand Webinar
Better Blend Monitoring
If faced with inhomogeneous blends, manufacturers lose money and valuable time. Not to mention the possible risks of reblends and regulatory citations.
On Demand Webinar
GlaxoSmithKline Speeds Up Batch Release Time: A Study in Digital Transformation
GlaxoSmithKline (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...
Case Study