projects

Industry : Water industry

Integrate various pump stations and in-line boosters for Centralized Control that will efficiently monitor and control the operations and provide automatic report generation.
Improve the Booster Maintenance efficiency in terms of response time, operating cost and maintenance.
Supply, install and integrate automation devices such as Programmable Logic Controllers (PLC), Human Machine Interfaces (HMI), Variable Frequency Drives (VFD), Soft Starters (SS), Power Meters, Communication Devices and Supervisory Control and Data Acquisition (SCADA) for the monitoring and control of pumping stations and in-line boosters operation.
Supply, install and integrate instrumentation devices to measure and monitor pressure, flow and level.

Enhance the automation system of the wastewater conveyance and treatment facilities. This would help improve the system’s efficiency and minimize operational costs.
Centralize the Monitoring and Control of different plants to minimize the man-power requirement.
Supply, install and integrate automation devices such as Programmable Logic Controllers (PLC), Human Machine Interfaces (HMI), Variable Frequency Drives (VFD), Soft Starters (SS), Power Meters, Communication Devices and Supervisory Control and Data Acquisition (SCADA) for the monitoring and control of 15 STP’s and 13 Lift Stations.
Supply, install and integrate instrumentation devices to measure and monitor pressure, flow, level and water quality.

The system is designed to centralize operation and monitoring of pumps, boosters and reservoir for the whole water district.
Wireless communication was employed in the system due to the distance of the remote stations from the central station.
Via the SCADA system located at the central station operators can turn motors on/off and monitor pump pressure, motor current, voltages and other values specific to the station and inspect area vicinity via IP camera.
The system generates reports and logs events and alarms necessary for proper operation of pumps and boosters.
It also enables fast and early detection of faults and problems in the system, thus minimizing downtime and maximizing productivity.

The system can manage the on/off time schedule of the lights, FCUs, and exhaust fans. It can prevent usage of lights and FCUs for longer periods than allowed, can reduce consumption of electricity of the building.
Via SCADA system, the operator can set the time schedule for the devices. It can also override the time schedule of a certain unit by manually turning it on/off in the SCADA computer.
With the graphics animation, the operator can easily identify what unit is in operation, also with actual floor plan designs of the building, one can see the exact location of any device/equipment in the building. I
It also controls and monitors the operation of the 3 chillers with date and time stamps of changes in operating status.

This project is designed to monitor the real time status of every work-in-progress (WIP) vehicle units in the whole production line. The RFID system identifies each passing WIP through attached RFID tag on each unit using RFID readers installed in every entrance and exit of all process areas.
The SCADA replaced the conventional manual monitoring board, plots all the RFID data into user-friendly graphical form for easy use by plant operators. All data is logged in SQL database for recording. The SCADA generates reports, events and alarms that is automatically sent to the selected persons via e-mail. Collected/stored data is made available to the whole plant.