PiDistil-B

Real-Time Batch Distillation Column Simulator

Discover PIDistill-B, an advanced real-time simulation software for chemical process engineering tailored for hands-on batch distillation education and training. Integrated with models of reboiler operation and cooling water flow control, PIDistill-B is an essential platform for universities and technical faculties in chemical and process engineering, facilitating interactive education in thermodynamics, separation processes, and industrial control systems.

Whether creating lab protocols, remote learning modules, or interactive classroom simulations, this simulator supports smart education aligned with Industry 4.0 standards, introducing modern digital laboratory environments.

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Figure 1. PiDistill-B Process Screen

Experience the interactive features of the PIDistill-B virtual environment, allowing students and educators alike to manipulate heat conditions within the distillation column in real-time and observe process behavior.

By adjusting parameters such as heater rheostat percentage and internal condenser cooling, observe temperature distribution over distillation stages and tray levels, influencing the efficiency of ethanol-water mixture separation, Figure 1.

Record detailed thermal profiles and component concentration metrics for advanced data interpretation and process optimization, enabling a clearer insight into distillation column performance and phase separation behavior.

With PIDistill-B, explore the core mechanisms of batch distillation processes without the need for physical lab setups or operational risks, allowing safe, virtual testing of process parameters and control strategies.

Elevate your expertise in batch distillation through simulation-based learning with PIDistill-B.

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Figure 2: PiDistil-B Trending functionality

Investigate how heat transfer fluctuations affect distillation separation efficiency, free from the limitations of physical lab infrastructure or the risks associated with equipment failure or operational downtime.

Turn any desktop or laptop into an interactive distillation training platform, where you can adjust variables and monitor real-time impact on separation performance and energy efficiency.

Develop industry-relevant knowledge and real-world simulation skills that apply directly to modern challenges in chemical separation and purification technologies, boosting your technical confidence and engineering decision-making skills.

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