Innovations Item Code: IN-2024-2100566
Sector: AI/IoT/Technology
Description:
This novel innovation introduces an advanced, AIoT-enabled waste management system for efficient, optimal, safe disposal and management. The system features a robust metal compartment measuring 800x750x1150 mm, equipped with a front opening that detects the presence of waste when a user brings it close to the opening. Upon detection, a servo motor activates a 270x370 mm rectangular opening, allowing waste to enter the bin.
To incentivize proper waste disposal, users can subscribe to become a recycling ninja and get an RFID card, earning points each time they use the bin (recycle).
Inside the compartment, additional sensors monitor the fill level of a 240L wheelie bin, while gas sensors detect foul odours, and temperature and humidity sensors monitor environmental conditions within and around the system.
All sensor data is transmitted to the cloud, enabling real-time monitoring by waste management authorities. This allows for prompt action when thresholds are exceeded or the bin is full. Additionally, the system includes two advert adaptive backlight screens on the sides. They will also be able to schedule pickups of filled waste bins from the software and follow an optimal route, minimizing resources.
This innovative system not only enhances waste management efficiency but also promotes environmental cleanliness and user engagement through technology.
Stage of Innovation: Prototype (You have a working physical product)
Problem:
Here are some of the problems this system is solving:
- Inefficient waste disposal:
- Traditional waste bins often overflow due to irregular emptying schedules, leading to unsightly and unsanitary conditions.
- Poor monitoring and maintenance of waste:
- There are no systems in place to remotely monitor wastebins in a closed community (e.g., a university campus or residential estate).
- Manual monitoring of waste levels and environmental conditions is resource-consuming and often inaccurate, resulting in delayed responses to issues.
- Environmental Hazards:
- Unmonitored waste bins can emit foul odours and harbour hazardous conditions due to temperature and humidity variations.
- Poorly or unmanaged waste can pose health challenges and serve as breeding grounds for diseases carrying pests and rodents, which can lead to human diseases such as malaria, etc.
- Users of traditional waste bins will have to come into physical contact with them before they can be used.
- Energy Inefficiency:
- Current systems use energy that depletes the ozone layer directly or indirectly.
- Currently, integrated advertising screens and other electrical components can waste energy if not managed properly, especially during low-usage periods.
- Lack of user engagement:
- Current waste management systems lack incentives for proper waste disposal, leading to littering and improper waste management.
- Poor Waste Insights:
- A rational decision cannot be made since current waste usage statistics are not taken and cannot be acquired.
Unique Selling Point: Currently, no company in Nigeria has developed or produced a system for automated and real-time monitoring of waste. Existing companies like Vicfold-Recylers, Greenhills Recycling Limited, Recyclepoints, Pakam Waste Management, and Trashcoin only offer points to users who bring recyclables in bulk to their substations or hubs. In contrast, the Smart Waste AIoT Management System provides a comprehensive solution that includes automated waste detection and disposal, real-time monitoring, and user incentives. This system is all-inclusive, encouraging community residents to become responsible recyclers by offering on-the-go points for waste disposal through RFID cards. The monetary equivalent of these points is funded by a network of advertisement screens on the bins, strategically placed in high-traffic areas. Additionally, the system leverages solar energy, making it environmentally sustainable. Unlike the Binology smart waste bin, which uses a foot pedal for waste entry, our system is fully automated for a touchless user experience. Globally, Reverse Vending Machines (RVM) in countries across America and Europe issue paper receipts for points when returning empty bottles. Our innovative system goes a step further by using RFID technology to store points that can be accumulated and integrated into larger technological ecosystems. These points can be used for various purposes, such as boarding public transportation with Tap to Pay facilities or purchasing food. By combining automation, real-time data, user incentives, and sustainability, the Smart Waste AIoT Management System offers a unique and comprehensive approach to waste management, setting a new standard in Nigeria and beyond.