Full control and SCADA architecture for a critical water treatment and production system in an aquaculture facility. Designed as a distributed control system integrating subsystems, combining water treatment, biological processes, and monitoring under continuous operation. It includes:

• End-to-end control of pumping, filtration, microalgae production, and water treatment
• Real-time monitoring of analytical water parameters
• Integrated energy management within the control system

The system was developed as a distributed control architecture, ensuring stable coordination across interdependent processes. Control logic, supervision, and data acquisition form a unified framework to guarantee consistency and operational continuity.

Challenges included a process-critical environment with zero tolerance for failure, continuous operation impacting production, and strong dependency of subsystems and real-time variables.

The result is a fully integrated control and SCADA system enabling stable plant operation, ensuring continuous control, monitoring and coordinated system behavior under demanding conditions.