acslX^® enables engineers to successfully design and improve process plants for enhanced yields. Examples range from oil and natural gas processing and distribution, to paper and pulp plants, to fossil fuel and nuclear power plants. acslX models can also be exported for use in a wide variety of embedded applications, such as operator trainers and control systems, and provide a comprehensive model Application Programming Interface (API) to support embedded applications.

acslX enables engineers to accurately simulate complex processes and control systems for plant design, verification and validation, and embedded training applications. Our new acslX Optimum software enables researchers to take modeling and simulation to the next level. Optimum is fully integrated with acslX and provides powerful analytical capabilities

including parameter estimation, model optimization, sensitivity analysis, and Monte Carlo analysis. The parameter estimation features make calibration of model parameters with measured plant data a snap. Not only that, but intuitive wizards simplify input and completely eliminate the need for type-in commands.

acslX is used for the following Industrial Process applications:

• Operational Training Simulators
• Production Optimization
• Control System Design
• Process Dynamics
• Plant Design and Analysis

Our acslX Process Control Toolkit provides application-specific examples and sample models tailored to your technical requirements.

acslX and its predecessor ACSL^® have been used in the power generation, pulp and paper, chemical, and other industrial process applications for more than 25 years. Read more in our Industrial Process Technical Articles. Or, browse our entire Technical Article Library for other market applications.

Click here to request additional Industrial Process information.