PLC & SCADA Automation Systems for Aquaculture
PLC-based automation, monitoring, and control solutions engineered for reliable hatchery operations and long-term maintainability.
Our automation solutions combine PLC control panels, SCADA dashboards, industrial sensors, and HMI interfaces to deliver reliable, scalable automation systems for fish hatcheries and recirculating aquaculture systems (RAS).
We design and implement industrial automation systems for aquaculture facilities, covering PLC control, HMI operator interfaces, instrumentation integration, and commissioning support. Our focus is operational reliability, scalability, and clear documentation for long-term support.
Core Capabilities
From PLC logic to SCADA dashboards — designed for stable operation and clean handover.
PLC Systems
Control logic design and PLC programming for pumps, blowers, valves, filters, oxygenation units, feeders, and process interlocks.
- Process sequencing and interlocks
- Fail-safe behavior and alarm logic
- I/O list, tag naming, and documentation
- Commissioning and on-site testing
HMI Interfaces
Operator-focused HMI design for clear visualization, fast troubleshooting, and safe manual control when needed.
- Touch-panel HMIs with clean navigation
- Process overview screens and device pages
- Alarm pages with acknowledge and history
- Multi-language UI readiness
Monitoring & SCADA
Centralized monitoring, data logging, dashboards, KPIs, alarms, and remote access for single-site or multi-site aquaculture operations.
Instrumentation & Integration
Integration of field sensors and equipment into a stable control system with consistent tagging, calibration support, and validation testing.
- Water quality sensors (DO, pH, temperature, ORP)
- Flow, level, pressure transmitters
- VFD/soft-starter control integration
- Signal validation and fault handling
Industrial Automation for Hatcheries & RAS Facilities
We design and implement fully integrated control systems including programmable logic controllers (PLC), supervisory control and data acquisition (SCADA), remote monitoring, alarm management, and performance analytics.
Our systems improve operational efficiency, biosecurity, energy optimization, and production stability across single-site and multi-site aquaculture operations.
Engineering Approach
We follow a structured workflow to ensure stable operation and clean handover: requirement definition, I/O mapping, control philosophy, implementation, testing, commissioning, and training.
- Control philosophy and process mapping (PFD)
- Panel design coordination and wiring review
- Factory acceptance testing (FAT) and site acceptance testing (SAT)
- Operator training and maintenance documentation
Download Technical Specifications
Get an overview of our automation, control systems, and hatchery engineering capabilities.
Download Specs