1. Introduction
2. Characteristic
2. Features
l Material characteristics: Made of materials such as ABS , waterproof, high temperature resistant, corrosion resistant, anti pollution, wide working temperature range (-25 ℃ ~ 100 ℃), suitable for harsh outdoor environments.
l Technical performance: The reading distance in the UHF band of 860mhz-960mhz can reach up to 3m. Support multiple chip protocols with large memory capacity, capable of storing various data such as trash can location, collection time, person in charge, etc.
l Design advantages: The threaded structure is easy to install, small and lightweight in size, sturdy and durable in appearance, with multiple mounting holes, and color and size can be customized.
l Easy Integration: Standard sizing for straightforward installation or retrofit in existing bins.
l Broad Compatibility: Available in various frequencies and memory capacities to suit global installations and protocols.
l High Tolerance: Exceptional resilience against shock and temperature variations.
3. Applications
1. Smart Trash Cans: Equip trash cans with RFID tags to store essential information like location and waste classification (recyclable, hazardous, etc.). Waste collectors can efficiently read this data, ensuring proper disposal.
2. Garbage Disposal Point Management: Utilize RFID readers at disposal points to verify correct waste disposal and log user information, enabling better tracking and compliance with waste management protocols.
3. Transportation Monitoring: Install RFID tags on garbage transport vehicles and bins to ensure accurate tracking of waste from collection to disposal, facilitating precise management of routes and loads.
4. Route and Time Monitoring: Set up RFID reading stations along transportation routes to monitor vehicle locations and times, ensuring timely arrivals and adherence to planned routes.
5. Weight and Volume Monitoring: Integrate RFID technology with weighing systems to automatically record weight and volume data as garbage is loaded, aiding in efficient resource allocation and overload prevention.
6. Treatment Plant Admission Registration: Automate vehicle admission processes at treatment plants by reading RFID tags, logging essential information for efficient processing of incoming waste.
7. Treatment Process Tracking: Use RFID readers to monitor waste treatment at various stages, ensuring timely processing and compliance with treatment protocols.
8. Resource Recycling Management: Track recyclable materials throughout their lifecycle, from collection to processing, to enhance recycling efficiency and promote sustainable practices.
9. Data Analysis and Reporting: Analyze data collected via RFID tags to generate insights on waste generation patterns, transportation frequencies, and treatment methods, aiding strategic decision-making.
10. Predictive Planning: Leverage historical and real-time data to forecast future waste generation and transportation needs, optimizing resource deployment and operational efficiency.
Upgrade your waste management by choosing efficient and intelligent RFID Bin Tags.
