Introduction:
The Clean & Green Technology theme in Smart India Hackathon 2024 is dedicated to fostering innovations that contribute to environmental sustainability and the efficient use of resources. Many problems facing environmental protection and waste management cannot be quantified or compared in their sheer magnitude. With urbanization and population growth, there are many problems around energy, water, natural resources, and other areas. Through SIH-2024, Indian universities can take the lead in solving today’s environmental problems. By participating in Smart India Hackathon, these institutions can help to improve the air we breathe, address waste issues, solve cleaning problems, mitigate water scarcity problems, and more by utilizing technology.
Problem statement ideas can address critical challenges in areas such as renewable energy, water conservation, waste management, and escalate the work initiated under the Union Government’s “Clean India” mission. This competition encourages the involvement of students and faculty members who have a close-up belief in innovative technology to overcome real-life, open-ended challenges. Such innovative projects can lead to the discovery of new knowledge and the development of creative and cost-efficient methods for meeting industry and market needs.
| Problem Statements | Description & Potential Impact | Abstracts |
|---|---|---|
| 1. Downscaling of Satellite Based Air Quality Map using AI/ML | Description: Develop an AI/ML model to generate high-resolution air quality maps from coarse satellite data, enhancing the ability to monitor air quality at the local level. Potential Impact: Improves air quality monitoring and provides actionable insights for environmental policy and public health initiatives. | Abstract |
| 2. SolarQuest: Innovate to Capture More Sunlight and Boost Energy | Description: Enhances solar energy efficiency, contributing to the broader adoption of renewable energy solutions. | Abstract |
| 3. Use of Digital Technology to Calculate Water Footprints for Different Agricultural Products | Description: Develop an app or website using AI, Big Data, and blockchain to calculate and display the water footprint of various agricultural products, raising awareness of water usage. Potential Impact: Promotes water conservation and sustainability by educating consumers and policymakers on the water footprint of products. | Abstract |
| 4. Target Detection by Optimizing Anomaly Detection in Hyperspectral Image Processing using AI/ML | Description: Create deep learning models to process hyperspectral data for anomaly detection, improving the accuracy of target identification in environmental monitoring. Potential Impact: Enhances environmental monitoring capabilities, particularly in detecting changes and anomalies in ecosystems. | Abstract |
| 5. GOBARdhan – Low-Cost Kits to Measure Nutrient Content of Fermented/Liquid Organic Manure | Description: Develop affordable kits for measuring the nutrient content of fermented/liquid organic manure, helping farmers optimize its use for better crop yields and environmental sustainability. Potential Impact: Improves the efficiency and sustainability of organic farming practices, enhancing soil health and crop productivity. | Abstract |
| 6. A Digital BRSR Platform for India Post Network | Description: Design a cloud-based platform for Business Responsibility & Sustainability Reporting (BRSR) that integrates with the India Post network, enabling standardized and transparent sustainability reporting across the organization. Potential Impact: Positions India Post as a leader in sustainability, promoting | Abstract |
| 7. GOBARdhan – Simple Control Systems for Small Biogas Plants | Description: Develop simple control systems and instrumentation for small biogas plants to improve digestion processes and biogas yield, making biogas production more efficient and sustainable at the village level. Potential Impact: Supports the adoption of biogas as a clean energy source, reducing reliance on traditional fuels and enhancing rural livelihoods. | Abstract |
| 8. Build a Concept for an Industrial Scale Green Hydrogen Production Facility | Description: Develop a detailed concept for a large-scale green hydrogen production facility with a target levelized cost of hydrogen (LCOH) below $2 USD per kg, supporting the transition to a low-carbon economy. Potential Impact: Accelerates the adoption of green hydrogen as a viable alternative to fossil fuels, contributing to global decarbonization efforts. | Abstract |
| 9. Student Innovation in Clean & Green Technology: Waste Segregation and Sanitation Systems | Description: Innovate waste segregation, disposal, and sanitation systems using digital and IoT technologies to improve public health and environmental cleanliness. Potential Impact: Enhances waste management and sanitation practices, leading to cleaner and healthier communities. | Abstract |
| 10. Student Innovation in Clean & Green Technology: Solar Tracking and Optimization | Description: Develop a solar tracking system using Arduino and Simulink to optimize energy capture, demonstrating a prototype that can be deployed for renewable energy applications. Potential Impact: Contributes to the development of more efficient solar energy systems, supporting the global shift to renewable energy sources. | Abstract |
