About the project

  • Date: August 20, 2018
  • Client: Starch Processing / Industrial Separation Process
  • Category:
  • Address: -
This project focused on the design and implementation of a dedicated control unit for a Hydro Cyclone system, used as a critical separation process within an industrial production line. The scope of work included a complete redesign of the control logic and operator interface, ensuring precise control of flow rate, pressure, and process stability required for efficient hydro cyclone operation. A PLC-based automation system was developed to manage all operational sequences, interlocks, and safety conditions. The system continuously monitors key process variables such as inlet pressure, differential pressure, flow stability, and operational status to ensure consistent separation performance. A Siemens HMI (SIMATIC Touch Panel) was integrated as the primary operator interface, providing real-time visualization of the Hydro Cyclone process. Operators can easily monitor system status, adjust operational parameters, switch between manual and automatic modes, and respond quickly to alarms or abnormal conditions. The system architecture was designed to support future SCADA integration, allowing plant-wide monitoring, data logging, and performance analysis as part of a Smart Manufacturing environment.

Benefits of Project

  • Stable and precise control of Hydro Cyclone operation

  • Improved separation efficiency and product quality

  • Real-time monitoring of critical process parameters

  • Reduced operator dependency through automated control logic

  • Faster troubleshooting with clear alarms and diagnostics

  • Increased system reliability and operational safety

  • Ready for integration into a plant-wide SCADA system

Technologies What We Used

  • PLC-based Control System (Siemens Platform)

  • SIMATIC HMI Touch Panel

  • Industrial Pressure & Flow Instrumentation

  • Automatic & Manual Control Logic

  • Alarm Management & Safety Interlocks

  • Modular Control Cabinet Design

  • SCADA-ready Communication Architecture