Automated monitoring and control system for bottom clean raceway fish culture technology

Abstract

Fish farming in bottom-clean raceway systems has a number of benefits, including better waste control and efficient water use. However, due to the intricate interplay of many environmental conditions, the correct maintenance and monitoring of these systems can be difficult. We suggest an automated monitoring and control system that is especially created for bottom clean raceway fish production technology to overcome these issues. The system continuously monitors variables including water quality and dissolved oxygen levels using a network of sensors that are placed strategically throughout the raceway system. Advanced algorithms are used by the control unit to examine sensor data and make defensible decisions about system functioning. This system has a number of advantages. It reduces the amount of manual intervention required and the labor costs related to system maintenance. Additionally, it increases the effectiveness of the entire system, which enhances fish health and development rates.