trishaxx12 / sihps

Smart India Hackathon Workshop

Date:08/05/2024

Register Number:212221040173

Name:S.Trisha

Problem Title

E-Waste Facility Locator

Problem Description

Website that tells you the location of the nearest e-waste collection and recycling facility. Offers educational pop-ups on the harmful components of your e-waste and their effects on the environment and human health if not disposed correctly. There could be an option to input the model of your old device and earn credit points relative to the amount of precious metals recovered from the device if disposed correctly.

Problem Creater's Organization

Ministry of Environment

Idea

Location-Based Search: Users can enter their location (ZIP code, city, or use geolocation) to find nearby e-waste collection and recycling facilities. Interactive Map: The website features an interactive map displaying the locations of e-waste facilities, making it easy for users to visualize and choose the nearest one. Educational Resources: Pop-ups or informational banners provide educational content on the harmful components of e-waste and their environmental and health impacts. Users can learn about the importance of proper disposal and recycling. Device Input for Rewards: Users can input the model or type of their old electronic devices. Based on this information, they receive estimates on the amount of precious metals and other valuable materials that could be recovered through proper recycling. Reward Points System: Users earn reward points for each device they input, relative to the estimated amount of materials recovered. These points can be redeemed for discounts or incentives at participating e-waste facilities or retailers. Partner Integration: The website partners with e-waste recycling facilities, manufacturers, retailers, and other stakeholders to provide accurate information about drop-off locations, recycling programs, and accepted devices. User Accounts: Users can create accounts to track their recycling history, view accumulated reward points, and receive personalized recommendations for responsible e-waste disposal. Community Engagement: The website includes forums, discussion boards, or social media integration where users can share experiences, ask questions, and participate in community initiatives related to e-waste recycling. Mobile App Compatibility: EcoRecycle Locator also offers a mobile app for on-the-go access to e-waste recycling information, making it convenient for users to find nearby facilities from their smartphones.

Proposed Solution / Architecture Diagram

Use Cases

Finding Nearest Recycling Facility: Users who have old electronic devices they want to dispose of can use the E-Waste Facility Locator to find the nearest recycling facility. They simply input their location, and the website provides a list of nearby facilities, along with their addresses and contact information. Learning about E-Waste: Users who are curious about the environmental impact of e-waste can use the website's educational resources to learn about the harmful components of electronic devices and their effects on the environment and human health. Earning Rewards for Recycling: Users who want to dispose of their old electronic devices responsibly can input the model or type of their devices into the website to estimate the amount of precious metals and other materials that can be recovered through recycling. They earn reward points for each device they input, which can be redeemed for discounts or incentives at participating e-waste facilities or retailers. Tracking Recycling History: Users who create accounts on the website can track their recycling history and view accumulated reward points. They can see a record of the devices they've recycled and the rewards they've earned, helping them stay motivated to recycle more. Engaging with the Community: Users who want to connect with others who are passionate about e-waste recycling can participate in the website's community forums, discussion boards, or social media channels. They can share their experiences, ask questions, and collaborate on initiatives to promote responsible e-waste disposal.

Technology Stack

Frontend Development: HTML/CSS/JavaScript: For building the user interface of the website. Frontend Framework or Library (e.g., React, Vue.js): To create dynamic and interactive components. Mapping Library (e.g., Google Maps API, Mapbox): For displaying the locations of e-waste facilities on an interactive map. Backend Development: Server-side Language (e.g., Node.js, Python, Ruby): For handling server-side logic and managing requests. Web Framework (e.g., Express.js, Flask, Django): To streamline backend development and handle routing. Database (e.g., PostgreSQL, MongoDB): For storing user data, e-waste facility information, and reward points. Geocoding Service (e.g., Google Maps Geocoding API): To convert user-entered addresses into geographic coordinates for mapping. Authentication and User Management: Authentication Service (e.g., Firebase Authentication, Auth0): For user authentication and authorization. User Database: To store user profiles, preferences, and reward points.

Dependencies

1. Requirement Analysis and User Research: • Conduct thorough research to understand user needs and preferences. • Identify key features and functionalities required for an effective e-waste facility locator.
2. Design and Prototyping: • Design user interfaces that prioritize usability and intuitive navigation. • Prototype the application to visualize the flow and interaction.
3. Backend Development: • Develop backend systems to manage facility data, user accounts, and feedback. • Implement APIs for integrating with external services and databases.
4. Frontend Development: • Utilize React to create responsive and visually appealing user interfaces. • Implement search functionality, facility details display, and cost estimation features.
5. Integration of Additional Features: • Integrate WhatsApp chat feature for direct communication with facilities. • Implement email redirection system to enhance communication channels. • Integrate maps for easy navigation to selected facilities.
6. Database Management: • Set up separate databases for customers, sellers, and universities involved in e-waste management. • Ensure data integrity, security, and efficient retrieval.
7. Testing: • Conduct rigorous testing to identify and fix bugs and usability issues. • Test across various devices and screen sizes to ensure responsiveness.
8. Promotion and Education: • Promote the platform through digital marketing channels to reach a wider audience. • Educate users about the environmental and health impacts of e-waste and the importance of responsible management.
9. Continuous Improvement: • Gather user feedback and reviews to identify areas for improvement. • Continuously update and enhance the application to meet evolving user needs and technological advancements.
10. Collaboration and Partnership: • Collaborate with e-waste management facilities, government agencies, and environmental organizations to enrich data and promote sustainability initiatives.
11. Compliance and Regulations: • Ensure compliance with relevant regulations and standards for e-waste management and data privacy