Hydroponics Plant Cultivation System
Our Hydroponics system features a low-cost, water-efficient, and sustainable non-circulating design created to facilitate indoor farming. The system utilizes repurposed materials such as discarded mineral water and soft drink bottles as individual growing units, serving the dual purpose of plant cultivation and solid waste management.
Key Applications:
Aeroponics Plant Cultivation System
The IoT Enabled Aeroponics System is a vertical plant growing system designed to cultivate plants in an air or mist environment without the use of soil. It consists of multiple growing chambers, sensor arrays, automatic misters, and pH/electrical conductivity regulation systems configured for remote tracking.
System Features:
Agrosensors & Drones
Precision agriculture requires real-time insight. We design and test opto-electronic and electrochemical agrosensors. Our research targets both plant physiology monitoring and diagnostic validation, including non-invasive visible light sensors, temperature arrays, and drone integrations for field mapping.
Monitoring Functions:
Biopyrolysis Chamber
To support waste management and carbon-neutral goals, the Center designs and deploys biopyrolysis chambers. This setup subjects agricultural waste products (biomass) to thermal decomposition under limited oxygen conditions, creating valuable secondary materials for rural use.