Projects Experience
Smart Industrial Solutions We've Delivered
{January/2026}
SWRO Process System Integration
SWRO (Sea Water Reverse Osmosis) system is an advanced solution for converting seawater into clean water using high-pressure membrane technology. This system is fully automated with Schneider PLC and integrated SCADA for real-time monitoring, control, and alarm management. All operational data is recorded in a historical database to support performance analysis, reporting, and efficient maintenance.
{January/2026}
WTP with Advanced Oxidation Process
Advanced Oxidation Process (AOP) system designed for effective treatment of industrial wastewater by breaking down complex organic pollutants using highly reactive oxidation methods. The system is fully automated using Siemens PLC and integrated with HMI for real-time monitoring, control, and user-friendly operation. This ensures stable performance, efficient treatment processes, and reliable system management in demanding industrial environments.
{October/2025}
Panel Power MV 22kV Monitoring
Power panel 22kV monitoring system equipped with wireless busbar temperature sensors and humidity sensors to ensure safe and reliable electrical operation. The system is integrated with Schneider-based PLC for real-time data acquisition and control, while web-based monitoring enables remote access, visualization, and analysis of critical parameters. This solution enhances early fault detection, prevents overheating and moisture-related risks, and improves overall system reliability and maintenance efficiency.
{September 2025}
SILO Storage System Control and Monitoring
Silo storage control and monitoring system integrated with weighing functionality to ensure accurate material handling and efficient storage operations. The project includes the design and fabrication of MCC and control panels, utilizing Schneider PLC for reliable automation and Machine SCADA Expert for real-time monitoring, control, and visualization. The system enables precise weight measurement, process control, and data monitoring, improving operational efficiency, accuracy, and system reliability.
{2025}
Engineering and fabrication of laboratory equipment and chemical process systems
Development of a laboratory-scale fermentor system designed for precise control of biological and chemical processes. The system is fully automated using Siemens PLC as the main controller, integrated with Siemens SCADA for centralized monitoring, control, and data visualization. Key process parameters such as temperature, pH, agitation speed, and aeration are continuously monitored and controlled in real-time to ensure optimal fermentation conditions. The SCADA system provides a user-friendly interface, alarm management, and historical data logging to support analysis, traceability, and process optimization. This solution enhances process stability, improves experimental accuracy, and enables efficient operation in laboratory and pilot-scale fermentation applications.
{2024}
Integrated Membrane System
Development of an advanced water treatment system designed to process salt reject streams using a multi-stage membrane technology consisting of Ultrafiltration (UF), Nanofiltration (NF), and Reverse Osmosis (RO), integrated with a brine concentration system. The process efficiently separates impurities and concentrates dissolved salts, resulting in high-quality liquid brine that can be reused or further processed. This approach supports water recovery, reduces waste discharge, and improves overall process sustainability. The entire system is fully automated using Schneider M340 PLC as the main control platform, integrated with AVEVA SCADA for centralized monitoring, control, and real-time data visualization. All critical parameters are continuously monitored, with alarm management and historical data logging to ensure reliable and efficient operation. Additionally, the system is equipped with web-based monitoring, enabling remote access for supervision, analysis, and decision-making anytime and anywhere. This solution enhances resource efficiency, minimizes environmental impact, and provides a reliable system for industrial salt recovery and water management.
{2026}
HVAC System and SCADA Monitoring
Automated HVAC system using Schneider PLC and HMI as slave units, with Schneider TM251 as the master controller integrated to SCADA. The system enables centralized monitoring, real-time control, and efficient management of temperature, humidity, and airflow, ensuring reliable and energy-efficient operation.
all brand PLC
Project Upgrade Panel PLC or MCC
Upgrade of PLC, HMI, and LV MCC panels across multiple brands (Schneider, Siemens, Mitsubishi, Omron, Allen-Bradley) with enhanced control performance and seamless system integration. Includes real-time data acquisition, SCADA integration, and historical data logging for improved monitoring, analysis, and system reliability.
