Air on the Move: Design and Proof of Concept of a Mobile Aeration System for Aquaculture

Abstract

In aquaculture, maintaining optimal water quality is essential for the health and productivity of aquatic organisms. Aeration systems play a critical role in oxygenating water and promoting nutrient distribution, thereby enhancing growth and reducing the risk of diseases. However, traditional aeration systems often face limitations in adaptability and efficiency, particularly in dynamic aquaculture environments. This study introduces a transformative solution by proposing a mobile aeration system tailored specifically for aquaculture applications. Drawing upon advances in engineering and technology, the mobile aeration system offers unparalleled flexibility and effectiveness in oxygenation and water circulation. By leveraging mobility as a key design principle, this system enables aquaculture operators to address spatial and environmental variations effectively, optimizing resource utilization and enhancing production outcomes. Through a comprehensive exploration, this research aims to elucidate the transformative potential of mobile aeration systems in modern aquaculture practices. By integrating computational modeling, prototype development, and field validation, the efficacy and feasibility of mobile aeration systems across diverse aquaculture settings are evaluated. Results demonstrate significant improvements in water quality parameters, growth performance, and overall sustainability, highlighting the value of mobile aeration in contemporary aquaculture operations. The integration of remote monitoring and control capabilities further enhances operational efficiency and enables proactive management of aquaculture ecosystems.