FISH TANK
Ammonia Level: 0.5 ppm
Number of Fishes: 25
Water Quality: Good
pH Level: 7.2
Effective water management ensures optimal living conditions for aquatic life and promotes sustainable practices.
FILTRATION
Beneficial Bacteria:
Nitrosomonas
Water Quality: Excellent
pH Level: 7.0
Proper filtration techniques not only clean the water but also maintain the ecological balance essential for plant growth.
PLANT
Plants Growing: Lettuce, Kale
Plant Growth Level: 75%
Water Quality: Optimal
pH Level: 6.8
Utilizing aquaponics helps in recycling water efficiently, promoting water conservation and healthier crops.
SMART AQUAPONICS SYSTEM
This project is a smart aquaponics system prototype that automates water flow between three tanks: a fish tank, a filter tank, and a plant tank. Using the ESP8266 NodeMCU, the system controls three pumps that manage the circulation of water between the tanks. The user can access a web interface to remotely control the water pumps and adjust the water flow through the tanks for optimal fish and plant growth.
The Wi-Fi connectivity allows the user to interact with the system via a smartphone, making it convenient to monitor and manage the aquaponics ecosystem from anywhere within the network. The system supports three main stages of water circulation:
- Fish tank to filter tank
- Filter tank to plant tank
- Plant tank back to the fish tank
The project leverages IoT technology, enhancing the sustainability and efficiency of home-based or small-scale aquaponics farming systems. It focuses on resource-saving practices by ensuring continuous water circulation, reducing manual intervention, and optimizing the growth of fish and plants together in a symbiotic environment.