Gorle JMR*, Gorle A.
Meric Wave Computanics Oy
Nasilinnankatu 33b A 9, Tampere FI
gorle.jmr@gmail.com
Achieving a self-cleaning aquaculture system is paramount to the industry’s sustainability and profitability. A comprehensive understanding of particle dynamics and impact of upstream conditions on the sludge properties is critical to transform aquaculture operations into efficient and eco-friendly enterprise. By integrating advanced Industry 4.0 technologies with a coherent understanding of ecosystem dynamics, we provide tailored solutions to optimize the particle flushing from the rearing domain for better health of the overall system. This encompasses:
- Biosolid Characterization and Management: In-depth analysis of biosolid composition and properties is necessary to inform effective treatment and valorization pathways. Tailored solutions for biosolid reduction, recycling, and energy recovery are advised for maximizing the resource utilization and minimizing the environmental impact.
- Precision Aquaculture Modeling: Leveraging cutting-edge simulation tools, we create virtual representations of aquaculture systems to predict particle accumulation, nutrient fluxes, and water quality parameters. This enables proactive management strategies and identifies opportunities for process optimization.
- Sensor Integration and Data Analytics: Advanced sensor technologies to monitor critical water quality parameters, solid levels and fish health in real-time. Data analytics and data-driven solutions provide actionable insights to optimize feeding strategies, water exchange rates and filtration processes.
- System Optimization and Control: By combining our modeling expertise with real-time data, we develop advanced control systems to automate key aquaculture processes. This ensures optimal operating conditions, reduces labor costs, and improves overall system performance.
A holistic approach empowers aquaculture producers to make data-driven decisions, enhance resource efficiency, and mitigate environmental risks. By addressing the fundamental challenge of biosolid management, we contribute to the creation of sustainable, resilient, and profitable aquaculture systems.