Project Overview
Client: Patronics, Uganda
End User: National Water Sewage Corporation, Uganda Water Body
Project Executed By: Adaptive Engineering Pvt Ltd
Plant Capacity:
Project Duration:
Location: Uganda
AEPL undertook the design, engineering, supply, installation, testing, and commissioning of Electrical and Automation systems for the Water Transmission Network -Booster System executed by Patronics. The goal was to automate and electrify the complete plant operations, enhancing system reliability, operational efficiency, and monitoring capabilities.
Scope of Work
AEPL's scope included full electrical and automation integration of the following plant sections
Main Pumping
Station
Chemical
Dossing
Key Deliverables
Technology & Components Used
Hardware
- PLC System: Schneider Electric (Modicon M580 Series)
- Switchgear: Schneider Electric
- Field Instruments: Flow, Level, Pressure, and Analytical Sensors
- Power Panels: Main Distribution Boards (MDB), Motor Control Centers (MCC), and Control Panels etc
Software
- SCADA System: Schneider CITECH SCADA
- HMI Interface: HMI GTO Series
- Programming Platform: EcoStruxure Control Expert (Unity Pro)
System Architecture
The plant was automated using a distributed control system based on Schneider Electric’s PLCs. The system architecture included:
- Centralized PLC Control Panels
- Remote I/O Modules at Field Locations
- SCADA Server for Plant-wide Monitoring
- Operator Stations with HMI
- Remote Access Capability (optional, based on project scope)
Key Features & Benefits
- Real-time Monitoring: SCADA system provides instant access to operational data, alarms, and trends.
- Energy Efficiency: Optimized motor control and load management.
- Operational Safety: Interlocks and protection feature to safeguard plant equipment.
- Remote Diagnostics: Optional capability for remote access and support.
