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Sustainable innovation for Water-Energy-Food Nexus- Integration of smart sensor and eco-friendly material
Computer software for coding :
Sustainable innovation for Water-Energy-Food Nexus- Integration smart sensor and eco-friendly material
Using moblile app
Project details
Circuit Diagram
Solution:
1. Indoor automatic hydroponics system does not depend on outside climate.
2. Grow different types of crops without need of large space.
3. Less power consumption and sustainability
4. Minimize human intervention.
5. Display system parameters
6. Graphical interface for remote access
7. Reduce the independence on imported foods.
8. Food self-sufficient
9. Achieve food security and export to other countries.
Objectives:
- To synthesize and utilise an Oman biomass based novel plant growth media for hydroponic food production.
- To identify the optimal conditions for maximum food production under controlled environment.
- To integrate smart irrigation monitoring systems in the hydroponic technology.
- To investigate the application of 3D printing for green house growing system components
Supervisor: Prof.Rajamohan Natarajan
Students :
- Shama Albalushi (180878)
- Aisha Al Balushi (190927)
- Ali Al Abri (180143)
Technical Supported :
- Ali Al Hinai
Problem statment:
- Traditional farming effect.
- Climate changes (low rainfall, dry and hot weather and high evaporation rate).
- Soil-based crop diseasses.
- Manual ploughing.
- Weeding.
- Pest.
- Limit arable land.
- Population growth.