SPECIALTY CHEMICALS
Accelerate Innovation and
Product Development
Enable rapid screening, focused pilot plant activities and cross-functional collaboration with AspenTech's comprehensive Performance Engineering approach for batch and continuous processes.
Download White Paper: The Secret to better Batch Processes
Optimise Across the
Value Chain
Enable alignment and coordination across your value chain, delivering the right product at the right time while managing costs throughout your operations and supply chain using Aspen-Tech's software to achieve Value Chain Optimisation.
Download White Paper: Digital Acceleration in Specialty Chemicals
Boost Product Quality and
Asset Reliability
As product demands become more complex, ensure that your operators are equipped to reliably deliver the quality your customers expect and at the time required, with solutions that improve decision-making and maintenance options.
Download Case Study
BASIC CHEMICALS
Reduce Operating Costs and
Maximise Utilisation
Manage costs throughout your production processes by reducing energy use, delivering more on-spec product and maximising yields with BluEsP’s comprehensive Unified Production Optimisation approach.
Improve Asset Reliability
and Integrity
Reduce plant downtime by predicting and preventing problems and giving operations teams the knowledge to optimize processes with AspenTech's suite of Asset Performance Management software.
Enable Efficient Project
Execution
Maximize return on capital employed over the asset life cycle with AspenTech's comprehensive Performance Engineering capabilities that optimizes trade-offs between capital investment, cost structure, reliability and operational flexibility.
Build for the Process Industry
- Improve understanding of the process variable relationships by analysing historical plant data. We can understand how the process variables tend to move together in specific patterns and how this affects the product quality, yield and productivity.
- Troubleshoot the root cause of process operating problems by analyzing historical plant data. For this use case, we can look at contribution plots between good and bad modes of operation to understand which physical variables signiffcantly contribute to the shift.
- Leverage powerful analysis tools for batch manufacturing. Aspen ProMV is possibly the only empirical modeling tool to really treat batch analysis well. A key reason is that it readily handles the strong autocorrelation across time for batch trajectory variables, in addition to the cross correlation between variables. It includes highly automated features for alignment of data from variable length batches.
