IoT-enabled composting system with automated monitoring of temperature, humidity, pH levels, and aeration control for optimal decomposition conditions
Developed an intelligent composting system that automatically monitors and controls environmental conditions to optimize the decomposition process. The system uses IoT sensors and automated actuators to maintain ideal composting conditions.
The project addresses sustainable waste management by combining environmental science with IoT technology, creating an efficient solution for organic waste processing that reduces manual intervention while maximizing compost quality.
Maintains optimal 55-65°C range for thermophilic decomposition
Automated watering system to maintain 50-60% moisture content
Monitors and alerts for optimal 6.5-8.0 pH range
Automated mixing and ventilation for proper oxygen levels
Tracks CO2 and methane levels for process optimization
Real-time data visualization and mobile notifications
Demonstrates how IoT technology can optimize organic waste processing, reducing landfill burden and creating valuable soil amendments.
Provides high-quality compost for urban farming initiatives, supporting local food production and soil health improvement.
System design can be scaled for community composting facilities and industrial organic waste processing applications.