Automated Recirculating Aquaculture System with Real-Time Monitoring

Abstract

                Modern-day farming is evolving to a very vast extent that calls for more production to meet the needs of the increasing population. The food production at big farms and greenhouses have undergone a lot of chemical exposure, that ending to affect the entire food chain by including harmful chemical substances like traces of lead and mercury The Aquaculture system can be automated by using sensors and actuators and also remote control and theft-proof ensuring that no one unwanted has polluted the fish culture and has put the sanitary of the farms at risk.  This system with normalizing the water temperature, acidy, and oxygen level can yield higher than traditional pond farms. Since fishes are cold-blooded, the range of variation that they can tolerate is very less. The aquaculture system can also be done in small spaces even at home. Real-time monitoring of the aqua system will give a handsfree operation and store the data for analysis of the resultant. The simultaneous collection of data will further enhance the care required in the system and essential care can be given to the system. Variation from the tolerable level can affect fish growth, quality, and even their harvest time. It is important to monitor their growth and a better life span. An automated aquaculture system is developed and analyzed the growth of fishes through real-time monitoring.