Integrated Safety and Security Monitoring System

Leveraging technologies analogous to the SIS safety instrumented system and oil storage tank farm monitoring solutions, this system establishes a multi-layered safety network for industrial parks. It integrates real-time monitoring of critical parameters (e.g., gas concentrations, equipment status, and perimeter security) via sensors and video surveillance, with intelligent alarm mechanisms for abnormal conditions (e.g., combustible gas leaks or unauthorized access). Interlocked with emergency response devices (e.g., fire suppression systems and emergency shutdown valves), it ensures rapid incident mitigation, safeguarding personnel and assets while maintaining compliance with industrial safety standards.

Smart Energy Management and Optimization

Based on the MEX-IEMCS1000 energy management system and AI-driven auxiliary control technologies for power plants, this solution centralizes monitoring and control of electricity, water, gas, and thermal energy across the park. It utilizes real-time data acquisition and predictive algorithms to optimize energy distribution, reduce peak loads, and identify energy waste. Features include automated meter reading, energy consumption analytics, and demand-response controls, enabling up to 15-20% energy savings while ensuring stable supply for production and operational needs.

Intelligent Environmental and Facility Control

Incorporating technologies from clean room air-conditioning systems (e.g., MEX-THC1 series) and BAS systems for rail transit, this solution regulates indoor and outdoor environments within the park. It maintains precise temperature, humidity, and air pressure gradients in workshops, laboratories, and office areas through adaptive HVAC controls, while monitoring outdoor air quality and noise levels. Integrated with ventilation and filtration systems, it minimizes environmental impact, enhances occupant comfort, and supports compliance with green building standards.

Automated Water Treatment and Resource Recycling

Adopting distributed PLC-based control and AI algorithms from sewage treatment and water supply systems, this solution manages the park’s water lifecycle—from raw water intake and purification to wastewater treatment and reuse. It automates chemical dosing, filtration, and sludge handling processes, ensuring effluent meets discharge standards. Smart monitoring of water quality and consumption enables efficient recycling of treated water for landscaping or industrial use, reducing reliance on external water sources and promoting circular economy practices.


IoT-Enabled Remote Operation and Maintenance

Utilizing IoT and cloud-based remote service technologies, this system enables real-time monitoring and control of park equipment (e.g., pumps, boilers, and conveyor systems) via secure mobile or desktop platforms. It supports remote fault diagnosis, predictive maintenance alerts, and parameter adjustments, reducing on-site intervention needs. With seamless integration of PLCs and industrial communication protocols (e.g., Modbus, TCP/IP), it enhances operational efficiency, minimizes downtime, and ensures 24/7 technical support responsiveness.


Data-Driven Integrated Management Platform

Built on "i-Mes" visualization technology and cross-system data sharing capabilities (analogous to thermal power plant DCS-MIS integration), this platform consolidates data from all subsystems (safety, energy, environment, water, and equipment). It provides 3D visual dashboards, real-time KPIs, and customized reports for park managers, enabling data-driven decisions on resource allocation, process optimization, and compliance tracking. By breaking information silos, it streamlines operations, improves transparency, and supports long-term sustainable development of the industrial park.