Advancing Aquaculture Through Sensorization and Digitalization

In the dynamic landscape of aquaculture, the convergence of cutting-edge technology and industry expertise has birthed a new era of innovation. Leading this change is the IRTAmar® -an automated Recirculating Aquaculture System (RAS)- engineered to redefine the boundaries of aquaculture efficiency and precision.  

Forged through over two decades of relentless refinement at the IRTA research center, the IRTAmar® stands as a testament to the fusion of technological prowess and aquacultural acumen. Its robust architecture and meticulous design make it the system of choice for nurturing a diverse array of aquatic species across varying environmental conditions, from saltwater to freshwater, with unparalleled reliability. 

At its core, the IRTAmar® harnesses the power of an advanced control system driven by a Programmable Logic Controller (PLC) and an industrial-grade Human-Machine Interface (HMI). This intricate network orchestrates every facet of the aquaculture environment, from regulating water recirculation dynamics to fine-tuning temperature gradients, oxygen saturation levels, pH balances and other variables that can be included by adding more specific probes to the system. Operators wield granular control over these parameters via an intuitive HMI interface, enabling precise customization tailored to the unique requirements of each aquatic habitat. 

Moreover, the IRTAmar® boasts automated lighting and feeder control functionalities, each offering distinct advantages in aquaculture management. The system’s lighting control feature ensures precise illumination, employing smooth lighting curves to minimize fish stress and optimize growth conditions. Additionally, it meticulously records the outcomes of daily lighting interventions, providing valuable insights into their efficacy for future adjustments. On the other hand, the feeder control function enables the implementation of precise research requirements by configuring the system to automatically dispense the appropriate feed dosage to each fish tank every day. Furthermore, it meticulously gathers and stores feeding data in the database, enriching the web application with actionable insights for enhanced operational decision-making. 

Central to the IRTAmar®’s operational prowess is its real-time monitoring and alarm system, which serves as the cornerstone of proactive risk management. By continuously scrutinizing key variables and promptly flagging deviations from predefined thresholds, the system mitigates potential hazards and safeguards the health of aquatic populations. In the event of an anomaly, instant notifications empower operators to take swift corrective action, averting crises and preserving operational integrity. 

Yet, the true game-changer lies in the system’s data-driven approach, facilitated by comprehensive sensorization and digitalization features. Through seamless data capture and consolidation, spanning water quality metrics, feeding patterns, and environmental trends, the IRTAmar® generates a wealth of actionable insights into aquaculture performance. This trove of intelligence is made accessible through a sophisticated web application, hosted in the cloud for unparalleled accessibility and scalability. 

The web application serves as a command center for aquaculture operations, providing operators with a synoptic overview of machine status, historical alarm logs, and event timelines. Leveraging advanced data visualization techniques, stakeholders can glean valuable insights into system performance and make informed decisions in real-time. Furthermore, the web application offers an array of additional functionalities, ranging from predictive maintenance scheduling to energy consumption management for the facilities, further enhancing operational efficiency and resilience. 

In essence, the integration of sensorization, digitalization, and cloud-based analytics in modern RAS aquaculture systems like the IRTAmar® represents a paradigm shift in industry practices. By harnessing the power of data-driven decision-making and real-time monitoring, operators can unlock new dimensions of productivity, sustainability, and profitability in their aquaculture endeavors. 

As we navigate the complexities of a rapidly evolving aquaculture landscape, the IRTAmar® stands as a beacon of innovation, setting the standard for excellence in modern aquaculture systems. With its unrivalled precision, reliability, and comprehensive data analytics capabilities, it not only meets the challenges of today but paves the way for a future where aquaculture thrives in harmony with nature and technology. 

SOMMAR Platfom

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