Radio frequency identification (RFID) is a powerful tool for waste collection, disposal, and management, delivering unique and compelling benefits to city governments, waste removal contractors, and their residential and commercial customers.
Enevo ONe Collect: Smart wireless fill level sensorsEnevo
ONe Collect is a web based waste container monitoring and advanced route optimisation system that can save 40% in waste collection costs by calculating optimal routes and schedules for waste collection fleets.
The system consists of smart wireless fill level sensors and robust data analytics to calculate optimized collection schedules and routes based on real-time monitoring of each waste container. ONe Collect brings you direct cost savings and improve quality of service, as waste containers are always emptied exactly when needed – not half empty or overfull.
The document discusses several Finnish companies that provide high performance and smart building solutions. It profiles companies such as Fourdeg (heating services), Nuuka Solutions (building data management platform), Leanheat (IoT energy efficiency solutions), KL-Lämpö (water treatment services), Lumon (retractable balcony systems), AirD (ventilation solutions), Verto (water metering system), and OptiWatti (energy management solutions). These companies offer services focused on greater energy efficiency, lower costs, better indoor air quality, and data-driven building management.
Creative key intelligent refrigerator system v2.4 2003walkthis
The document discusses the benefits and functions of intelligent refrigerators compared to traditional refrigerators. Intelligent refrigerators use RFID technology to better manage food, improve shopping efficiency, and provide user-friendly features. They allow consumers to check refrigerator contents from anywhere, order groceries online, and receive alerts. For manufacturers and retailers, intelligent refrigerators offer benefits like marketing opportunities, inventory management, cost savings, and insight into consumer behavior. The key factors for success include technology adoption, food safety regulations, cost reductions, and partnerships with large retailers and vendors.
This document discusses using RFID technology to improve library management systems. It introduces RFID as an alternative to barcode technology and outlines three proposed models for implementing RFID in libraries of different sizes. The components of an RFID library management system are then described, including hardware like RFID tags, readers, antennas, security systems and software for tracking inventory and patron management. Benefits of RFID for libraries include reduced staff workload, improved security and inventory tracking, and faster check-in/check-out processes.
Radio frequency identification (RFID) technology provides real-time information that can help retailer & distributor plan product delivery schedules more efficiently, or allows customers to see deeper into the supply chain
The panel discussion focused on real-world Internet of Things (IoT) deployments in logistics and cargo tracking. Representatives from Air Canada Cargo, Unisys Corporation, CargoAware LLC, and RR Donnelley discussed Air Canada's deployment of RFID tracking to improve cargo visibility, how Unisys integrated different technologies and data sources across the supply chain, and how CargoAware and RR Donnelley are developing printed electronics and sensor solutions to connect physical objects to digital systems and provide real-time tracking and environmental data. The discussions highlighted benefits like increased efficiency, security, and competitive advantage through improved shipment visibility and data-driven insights.
Radio frequency identification (RFID) is a powerful tool for waste collection, disposal, and management, delivering unique and compelling benefits to city governments, waste removal contractors, and their residential and commercial customers.
Enevo ONe Collect: Smart wireless fill level sensorsEnevo
ONe Collect is a web based waste container monitoring and advanced route optimisation system that can save 40% in waste collection costs by calculating optimal routes and schedules for waste collection fleets.
The system consists of smart wireless fill level sensors and robust data analytics to calculate optimized collection schedules and routes based on real-time monitoring of each waste container. ONe Collect brings you direct cost savings and improve quality of service, as waste containers are always emptied exactly when needed – not half empty or overfull.
The document discusses several Finnish companies that provide high performance and smart building solutions. It profiles companies such as Fourdeg (heating services), Nuuka Solutions (building data management platform), Leanheat (IoT energy efficiency solutions), KL-Lämpö (water treatment services), Lumon (retractable balcony systems), AirD (ventilation solutions), Verto (water metering system), and OptiWatti (energy management solutions). These companies offer services focused on greater energy efficiency, lower costs, better indoor air quality, and data-driven building management.
Creative key intelligent refrigerator system v2.4 2003walkthis
The document discusses the benefits and functions of intelligent refrigerators compared to traditional refrigerators. Intelligent refrigerators use RFID technology to better manage food, improve shopping efficiency, and provide user-friendly features. They allow consumers to check refrigerator contents from anywhere, order groceries online, and receive alerts. For manufacturers and retailers, intelligent refrigerators offer benefits like marketing opportunities, inventory management, cost savings, and insight into consumer behavior. The key factors for success include technology adoption, food safety regulations, cost reductions, and partnerships with large retailers and vendors.
This document discusses using RFID technology to improve library management systems. It introduces RFID as an alternative to barcode technology and outlines three proposed models for implementing RFID in libraries of different sizes. The components of an RFID library management system are then described, including hardware like RFID tags, readers, antennas, security systems and software for tracking inventory and patron management. Benefits of RFID for libraries include reduced staff workload, improved security and inventory tracking, and faster check-in/check-out processes.
Radio frequency identification (RFID) technology provides real-time information that can help retailer & distributor plan product delivery schedules more efficiently, or allows customers to see deeper into the supply chain
The panel discussion focused on real-world Internet of Things (IoT) deployments in logistics and cargo tracking. Representatives from Air Canada Cargo, Unisys Corporation, CargoAware LLC, and RR Donnelley discussed Air Canada's deployment of RFID tracking to improve cargo visibility, how Unisys integrated different technologies and data sources across the supply chain, and how CargoAware and RR Donnelley are developing printed electronics and sensor solutions to connect physical objects to digital systems and provide real-time tracking and environmental data. The discussions highlighted benefits like increased efficiency, security, and competitive advantage through improved shipment visibility and data-driven insights.
A brief Introduction
What is solid waste? How many cats it has and what is the current situation of Karachi city
How we manage it
possible solutions
New method to approach the solution.
Smart Shopping trolley, complete detail about smart shopping trolley system,
Basically this is based on RFID technology,
Components
Arduino nano
RFID reader EM 18
RFID Tags
Push button
Red and Green LED
BreadBoard
Jumper wires
Buzzer
16x2 LCD
I2C Module.
IRJET- Smart Cart Using Arduino and RFIDIRJET Journal
This document summarizes a research paper on developing a smart shopping cart using Arduino and RFID technology. The smart cart is intended to improve on existing barcode-based shopping systems. It would allow customers to scan items themselves as they shop and see a running total, eliminating the need to wait in line to check out. The cart would use RFID tags on items rather than barcodes for more efficient scanning. The system is described as having an Arduino microcontroller, RFID reader, buttons and an LCD screen. It would store item information from RFID scans and allow customers to delete or view totals. When complete, a bill could be generated by connecting the cart to a billing system via USB. The researchers believe this smart
The vending machine which provides the beverage like snacks, cold drink, it is also used for ticketing. These systems are operated on either coin or note or manually switch operated. This paper presents the system which operates not on coin or note, it operates on RFID system. This system gives the access through only RFID which avoid the misuse of machine. A small RFID reader is fitted on the machine. The identity card which contains RFID tag is given to each person. If the ID card owner wants to get some snacks, by showing the ID tag to the reader is the only way to get the desired snacks and the amount to money to pay will be deducted from the account. Aye Aye Nyein | Ohnmar Win "RFID Based Vending Machine" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd27851.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/27851/rfid-based-vending-machine/aye-aye-nyein
E-Tracking System For Municipal Solid Waste Management Using RFID Technologydbpublications
This document describes a proposed electronic monitoring system to track municipal solid waste management using RFID technology. The system aims to overcome problems in conventional waste collection like lack of monitoring and information. It uses RFID tags on waste bins, a reader and microcontroller in collection vehicles, and a central server. The server stores collection schedules and receives real-time data from vehicles. If a bin is missed or late, supervisors are notified by SMS. The system allows citizens to submit complaints and gives authorities reports to improve performance. It is intended to provide low-cost, real-time monitoring of waste collection activities.
IRJET- Smart Bin Management System using Internet of ThingsIRJET Journal
This document summarizes a smart bin management system using Internet of Things technologies. The system uses RFID cards to identify individual users when they dispose of food waste. A load cell then measures the amount disposed and stores this in a database along with the user ID. The bin is connected to the Internet to allow remote monitoring of waste levels and downloading of waste data. This provides a more efficient way to track individual food waste compared to traditional manual monitoring methods.
Smart packaging - From the shelf and dairy case to the internet of thingsGail Barnes
This document discusses how smart packaging technologies can help address the problem of product loss due to expiration, known as shrink, in the dairy industry. It presents several technologies including extended shelf life technologies like UV photopurification, thermochromic inks, biosensors, RFID tags, and printable electronics that can help increase efficiency and sustainability in the dairy supply chain by enabling longer shelf lives, detecting temperature issues, and accurately tracking products. The document provides examples of how these smart packaging solutions are being applied through case studies and concepts from dairy companies around the world.
The document proposes a smartphone application to help cities improve waste management and increase recycling rates. The app would allow users to find information on what materials can be recycled, locations of recycling centers and bins, and special disposal of hazardous waste. It would integrate with local waste systems to track bin status and support collection routes. The app aims to make recycling more convenient and engage citizens. It could also connect to social media and provide local recycling news to promote sustainable waste practices as part of developing smart cities. The document calls for concept papers on an ICT app to win a prize for the best sustainable energy idea.
IRJET- Smart Waste Segregator and Monitoring SystemIRJET Journal
This document describes a smart waste segregator and monitoring system that was developed. The system uses ultrasonic sensors placed over garbage bins to detect garbage levels and compare it to bin depths. An Arduino microcontroller, LCD screen, WiFi modem, and buzzer are used. The LCD screen displays bin levels and a web page shows status to users monitoring it. This system provides automatic waste segregation to reduce manual sorting efforts and notifies users when bins are full through an alert system. It was found to work as designed after implementation and testing. Future work includes large scale implementation and improving collection efficiency based on bin status.
Automatic Ration Vending Machine using RFID and GSM TechnologyIRJET Journal
This document describes an automatic ration vending machine that uses RFID and GSM technologies. The machine aims to address issues with India's existing public distribution system for rationing essential goods by automating the distribution process and digitally tracking transactions. It authenticates cardholders through an RFID tag and PIN or fingerprint before dispensing preset amounts of goods. An SMS is sent to notify the user and update the database. The system is presented as a way to prevent diversions of goods and increase accuracy, efficiency and transparency compared to the current manual process.
RFID F2F Anuga FoodTec 2012 - Speakers' Corner: RFID and WSN for food traceab...Marco Battistella
Farm to Fork is an open transnational food information framework which allows customers purchasing food products to access traceability information about the product.
Professor Robert Newman, from the University of Wolverhampton’s School of Technology (Project Coordinator), presented the RFID F2F project, that aims at showcasing to SMEs the benefits of Radio-frequency Identification from the producer to the consumer.
Two categories have been addressed and presented to the audience with focus with focus on wine and fish sectors (pilots by University of Vigo, Iñigo Cuiñas, and University of Ljubljana, Mira Trebar).
This document discusses the launch of phase 2 of the Datavenue challenge by Orange. It provides technical details about the hardware that will be used, including the A13-SOM board and A13-SOM-LTE shield. It also outlines the goals and timeline of the three phases of the challenge, including attracting entrepreneurs, collecting ideas, and developing prototypes. The overall goal is to engage partners and foster an ecosystem around connecting smart objects and using big data.
RFID is a technology that uses radio waves to automatically identify objects. It has been used since WWII but is now becoming more mainstream. An RFID system consists of tags attached to objects and readers that can identify tags within range. There are two main types of tags: active tags with internal power sources and passive tags that are powered by readers. RFID provides benefits across various industries like manufacturing, warehouses, distribution and supply chain management by improving visibility, accuracy, efficiency and reducing costs.
Here are the answers to your questions:
1. The main differences between RFID and barcodes are:
- RFID uses radio waves to transmit data while barcodes use optical scanning. RFID does not require line of sight.
- RFID tags can be read from a distance without physical contact while barcodes must be within the line of sight of a scanner.
- RFID tags can be read/written to multiple times while barcodes are read-only.
- RFID tags can store more information than barcodes.
2. Some practical applications of RFID include supply chain management, asset tracking, access control and authentication, livestock identification, toll collection on roads/bridges, library management systems, etc
IRJET-IOT Based Garbage Monitoring and Sorting SystemIRJET Journal
This document describes an IOT-based garbage monitoring and sorting system that uses sensors to separately detect wet and dry garbage. The system uses an Arduino board, ultrasonic sensor to detect garbage levels, a moisturized sensor to separate wet and dry garbage, gas sensor, and ESP8266 WiFi module. It monitors garbage bins and sends information about fill levels to a web page using IoT, allowing users to monitor bin status from anywhere. When the bin is full, the system will inform cleaning crews to empty the bins, helping automate waste management.
RFID technology has been in development since the 1960s. Early uses included transportation payment systems and item tracking. RFID works by using radio waves to transmit signals between a reader and tag. Tags can be passive, needing only the reader's signal for power, or active/semi-passive with their own power source. While offering advantages over barcodes like not requiring line of sight, RFID also faces challenges like tag orientation, multiple readers interfering, differing standards, and privacy concerns. As costs decrease and software improves, RFID is positioned to greatly impact supply chain management and other areas.
A Bigger Magnifying Glass: Analyzing the Internet of Things Eric Kavanagh
The Briefing Room with Richard Hackathorn and Teradata
The blessing and curse of IoT is the size of the equation. The opportunities are everywhere, but so are the challenges. With so many moving parts, and such diversity of systems and data involved, the Internet of Things promises to fundamentally change the way companies use data. In many cases, success will require a bigger magnifying glass, and greater discipline in designing and managing analytic architectures.
Register for this episode of The Briefing Room to learn from veteran analyst Richard Hackathorn, who will share insights from his recent report on IoT use cases. He'll be joined by Dan Graham of Teradata, who will explain why getting value from the Internet of Things will rely on 'Analytics-of-Things' -- a refined practice of carefully designing and managing analytical workflows to leverage the vast amounts of sensor data coming down the turnpike.
IRJET- Efficient IoT based Smart Dustbin for Clean EnvironmentIRJET Journal
This document describes a proposed smart garbage bin system using IoT technology. The system uses ultrasonic sensors to measure garbage levels in bins, an AVR microcontroller to process sensor data and trigger alerts, and a GSM modem to notify authorities when bins reach a threshold level. The system aims to efficiently manage waste collection and avoid overflowing bins. Data from sensor nodes attached to each bin is sent to the cloud for analysis and monitoring of bin fill levels across the city. The smart bin system is expected to improve waste management by automating the collection process.
How to Get CNIC Information System with Paksim Ga.pptxdanishmna97
Pakdata Cf is a groundbreaking system designed to streamline and facilitate access to CNIC information. This innovative platform leverages advanced technology to provide users with efficient and secure access to their CNIC details.
GraphSummit Singapore | The Future of Agility: Supercharging Digital Transfor...Neo4j
Leonard Jayamohan, Partner & Generative AI Lead, Deloitte
This keynote will reveal how Deloitte leverages Neo4j’s graph power for groundbreaking digital twin solutions, achieving a staggering 100x performance boost. Discover the essential role knowledge graphs play in successful generative AI implementations. Plus, get an exclusive look at an innovative Neo4j + Generative AI solution Deloitte is developing in-house.
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A brief Introduction
What is solid waste? How many cats it has and what is the current situation of Karachi city
How we manage it
possible solutions
New method to approach the solution.
Smart Shopping trolley, complete detail about smart shopping trolley system,
Basically this is based on RFID technology,
Components
Arduino nano
RFID reader EM 18
RFID Tags
Push button
Red and Green LED
BreadBoard
Jumper wires
Buzzer
16x2 LCD
I2C Module.
IRJET- Smart Cart Using Arduino and RFIDIRJET Journal
This document summarizes a research paper on developing a smart shopping cart using Arduino and RFID technology. The smart cart is intended to improve on existing barcode-based shopping systems. It would allow customers to scan items themselves as they shop and see a running total, eliminating the need to wait in line to check out. The cart would use RFID tags on items rather than barcodes for more efficient scanning. The system is described as having an Arduino microcontroller, RFID reader, buttons and an LCD screen. It would store item information from RFID scans and allow customers to delete or view totals. When complete, a bill could be generated by connecting the cart to a billing system via USB. The researchers believe this smart
The vending machine which provides the beverage like snacks, cold drink, it is also used for ticketing. These systems are operated on either coin or note or manually switch operated. This paper presents the system which operates not on coin or note, it operates on RFID system. This system gives the access through only RFID which avoid the misuse of machine. A small RFID reader is fitted on the machine. The identity card which contains RFID tag is given to each person. If the ID card owner wants to get some snacks, by showing the ID tag to the reader is the only way to get the desired snacks and the amount to money to pay will be deducted from the account. Aye Aye Nyein | Ohnmar Win "RFID Based Vending Machine" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd27851.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/27851/rfid-based-vending-machine/aye-aye-nyein
E-Tracking System For Municipal Solid Waste Management Using RFID Technologydbpublications
This document describes a proposed electronic monitoring system to track municipal solid waste management using RFID technology. The system aims to overcome problems in conventional waste collection like lack of monitoring and information. It uses RFID tags on waste bins, a reader and microcontroller in collection vehicles, and a central server. The server stores collection schedules and receives real-time data from vehicles. If a bin is missed or late, supervisors are notified by SMS. The system allows citizens to submit complaints and gives authorities reports to improve performance. It is intended to provide low-cost, real-time monitoring of waste collection activities.
IRJET- Smart Bin Management System using Internet of ThingsIRJET Journal
This document summarizes a smart bin management system using Internet of Things technologies. The system uses RFID cards to identify individual users when they dispose of food waste. A load cell then measures the amount disposed and stores this in a database along with the user ID. The bin is connected to the Internet to allow remote monitoring of waste levels and downloading of waste data. This provides a more efficient way to track individual food waste compared to traditional manual monitoring methods.
Smart packaging - From the shelf and dairy case to the internet of thingsGail Barnes
This document discusses how smart packaging technologies can help address the problem of product loss due to expiration, known as shrink, in the dairy industry. It presents several technologies including extended shelf life technologies like UV photopurification, thermochromic inks, biosensors, RFID tags, and printable electronics that can help increase efficiency and sustainability in the dairy supply chain by enabling longer shelf lives, detecting temperature issues, and accurately tracking products. The document provides examples of how these smart packaging solutions are being applied through case studies and concepts from dairy companies around the world.
The document proposes a smartphone application to help cities improve waste management and increase recycling rates. The app would allow users to find information on what materials can be recycled, locations of recycling centers and bins, and special disposal of hazardous waste. It would integrate with local waste systems to track bin status and support collection routes. The app aims to make recycling more convenient and engage citizens. It could also connect to social media and provide local recycling news to promote sustainable waste practices as part of developing smart cities. The document calls for concept papers on an ICT app to win a prize for the best sustainable energy idea.
IRJET- Smart Waste Segregator and Monitoring SystemIRJET Journal
This document describes a smart waste segregator and monitoring system that was developed. The system uses ultrasonic sensors placed over garbage bins to detect garbage levels and compare it to bin depths. An Arduino microcontroller, LCD screen, WiFi modem, and buzzer are used. The LCD screen displays bin levels and a web page shows status to users monitoring it. This system provides automatic waste segregation to reduce manual sorting efforts and notifies users when bins are full through an alert system. It was found to work as designed after implementation and testing. Future work includes large scale implementation and improving collection efficiency based on bin status.
Automatic Ration Vending Machine using RFID and GSM TechnologyIRJET Journal
This document describes an automatic ration vending machine that uses RFID and GSM technologies. The machine aims to address issues with India's existing public distribution system for rationing essential goods by automating the distribution process and digitally tracking transactions. It authenticates cardholders through an RFID tag and PIN or fingerprint before dispensing preset amounts of goods. An SMS is sent to notify the user and update the database. The system is presented as a way to prevent diversions of goods and increase accuracy, efficiency and transparency compared to the current manual process.
RFID F2F Anuga FoodTec 2012 - Speakers' Corner: RFID and WSN for food traceab...Marco Battistella
Farm to Fork is an open transnational food information framework which allows customers purchasing food products to access traceability information about the product.
Professor Robert Newman, from the University of Wolverhampton’s School of Technology (Project Coordinator), presented the RFID F2F project, that aims at showcasing to SMEs the benefits of Radio-frequency Identification from the producer to the consumer.
Two categories have been addressed and presented to the audience with focus with focus on wine and fish sectors (pilots by University of Vigo, Iñigo Cuiñas, and University of Ljubljana, Mira Trebar).
This document discusses the launch of phase 2 of the Datavenue challenge by Orange. It provides technical details about the hardware that will be used, including the A13-SOM board and A13-SOM-LTE shield. It also outlines the goals and timeline of the three phases of the challenge, including attracting entrepreneurs, collecting ideas, and developing prototypes. The overall goal is to engage partners and foster an ecosystem around connecting smart objects and using big data.
RFID is a technology that uses radio waves to automatically identify objects. It has been used since WWII but is now becoming more mainstream. An RFID system consists of tags attached to objects and readers that can identify tags within range. There are two main types of tags: active tags with internal power sources and passive tags that are powered by readers. RFID provides benefits across various industries like manufacturing, warehouses, distribution and supply chain management by improving visibility, accuracy, efficiency and reducing costs.
Here are the answers to your questions:
1. The main differences between RFID and barcodes are:
- RFID uses radio waves to transmit data while barcodes use optical scanning. RFID does not require line of sight.
- RFID tags can be read from a distance without physical contact while barcodes must be within the line of sight of a scanner.
- RFID tags can be read/written to multiple times while barcodes are read-only.
- RFID tags can store more information than barcodes.
2. Some practical applications of RFID include supply chain management, asset tracking, access control and authentication, livestock identification, toll collection on roads/bridges, library management systems, etc
IRJET-IOT Based Garbage Monitoring and Sorting SystemIRJET Journal
This document describes an IOT-based garbage monitoring and sorting system that uses sensors to separately detect wet and dry garbage. The system uses an Arduino board, ultrasonic sensor to detect garbage levels, a moisturized sensor to separate wet and dry garbage, gas sensor, and ESP8266 WiFi module. It monitors garbage bins and sends information about fill levels to a web page using IoT, allowing users to monitor bin status from anywhere. When the bin is full, the system will inform cleaning crews to empty the bins, helping automate waste management.
RFID technology has been in development since the 1960s. Early uses included transportation payment systems and item tracking. RFID works by using radio waves to transmit signals between a reader and tag. Tags can be passive, needing only the reader's signal for power, or active/semi-passive with their own power source. While offering advantages over barcodes like not requiring line of sight, RFID also faces challenges like tag orientation, multiple readers interfering, differing standards, and privacy concerns. As costs decrease and software improves, RFID is positioned to greatly impact supply chain management and other areas.
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The blessing and curse of IoT is the size of the equation. The opportunities are everywhere, but so are the challenges. With so many moving parts, and such diversity of systems and data involved, the Internet of Things promises to fundamentally change the way companies use data. In many cases, success will require a bigger magnifying glass, and greater discipline in designing and managing analytic architectures.
Register for this episode of The Briefing Room to learn from veteran analyst Richard Hackathorn, who will share insights from his recent report on IoT use cases. He'll be joined by Dan Graham of Teradata, who will explain why getting value from the Internet of Things will rely on 'Analytics-of-Things' -- a refined practice of carefully designing and managing analytical workflows to leverage the vast amounts of sensor data coming down the turnpike.
IRJET- Efficient IoT based Smart Dustbin for Clean EnvironmentIRJET Journal
This document describes a proposed smart garbage bin system using IoT technology. The system uses ultrasonic sensors to measure garbage levels in bins, an AVR microcontroller to process sensor data and trigger alerts, and a GSM modem to notify authorities when bins reach a threshold level. The system aims to efficiently manage waste collection and avoid overflowing bins. Data from sensor nodes attached to each bin is sent to the cloud for analysis and monitoring of bin fill levels across the city. The smart bin system is expected to improve waste management by automating the collection process.
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BIO: Sostenitrice del software libero e dei formati standard e aperti. È stata un membro attivo dei progetti Fedora e openSUSE e ha co-fondato l'Associazione LibreItalia dove è stata coinvolta in diversi eventi, migrazioni e formazione relativi a LibreOffice. In precedenza ha lavorato a migrazioni e corsi di formazione su LibreOffice per diverse amministrazioni pubbliche e privati. Da gennaio 2020 lavora in SUSE come Software Release Engineer per Uyuni e SUSE Manager e quando non segue la sua passione per i computer e per Geeko coltiva la sua curiosità per l'astronomia (da cui deriva il suo nickname deneb_alpha).
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IDnova: Active RFID for Waste Collection - PADOVATRE SIRV
1. Active RFID for Waste Collection
PADOVATRE SIRV
RFID-based electronic emptying system
to reduce the carbon footprint
IDnova – www.idnova.com
2. Environmental awareness
• Improve the citizens awareness of the amount
of non-recyclable waste they produce;
• How to?
– Inform citizens (global warming, biodiversity…);
– Build up the respect for the environment by
teaching it at school;
• Finally…
SAVING MONEY THE LESS WASTE YOU
PRODUCE THE LESS YOU PAY
IDnova – www.idnova.com
3. How it works
1. Distribution of domestic bins for waste
collection;
2. Distribution of TAGs;
3. Instructions for the citizen.
IDnova – www.idnova.com
4. Letter sending tags and
instructions
GREEN – Grass
Leaves, hedge and grass cuttings,
vegetable garden residue.
ORGANIC – Food waste
Food leftovers, rotten food, fruit,
and vegetable waste, coffee
grounds, tea filters and bags, pet
excrement and litter tray contents,
cut flowers and house plants, stale
breads, oily or greasy paper towels,
cold ashes, small bones and fish
remains (bones and shells).
DRY – Non-recyclable dry material
Any other material not listed above
and which does not come into any
other category.
IDnova – www.idnova.com
8. How it works
For citizens
For operators
• Attach the tag to the bin;
• Fill the bin;
• Put the bin on the street on
the right day;
• Pay per use, proportionally
to the number of emptying.
• Take the RFID reader before
leaving the depot: reader colour
matches the colour of waste bins
to be collected;
• Empty bins as usual: no
additional operation required;
• Pay attention to the reader
feedbacks (warning on pending
payments and wrong bins);
• Put the reader it in the cradle at
the depot: it will start an
automatic
wireless
data
synchronisation.
IDnova – www.idnova.com
9. Why active RFID?
• Quick and dirty: because it works!
• It works fine: reading rate 100%!
• Minimum operators training:
– Take the device from the cradle and put it back;
– Execute only usual collecting operation;
• No changes to be made to the waste
collection vehicles.
IDnova – www.idnova.com
10. Why active RFID?
• The device collects: bin_ID, timestamp,
battery_level;
• Wow! I was going to forget concerns about
battery life?
• The battery life is of over 3 years – real data
from the field.
• The RFID active tag is thin and light: a longer
battery life could be easily reached increasing
its dimensions.
IDnova – www.idnova.com
11. SIRV, some data
• The system has been running for over three
years;
• Approximately 58 municipalities and 300k
citizens;
• We are planning the third generation of tag:
– New enclosure;
– Battery enhancement;
– Algorithm optimisation for power saving.
IDnova – www.idnova.com
12. IDnova, our role in the project
• IDnova supported the customer Padova 3 in the
project analysis and in defining technical
requirements;
• Provided the complete HW solution, starting from
already existing products;
• Engineered and manufactured the necessary RFID
equipments;
• Developed the software layer for the integration of
the RFID systems in the accounting/billing corporate
software;
• Professional services and maintenance.
IDnova – www.idnova.com
13. IDnova, an RFID company
Since July 2006 IDnova develops, manufactures and sells
ICT products based on RFID technologies, RTLS and smart
sensors;
Key expertise and experiences since 1997 in the areas of
passive (LF, HF and UHF) and active RFID technologies,
including devices working in harsh environments;
In-house RFID design and integration capabilities (tag,
antenna, interrogator, middleware);
Full line of HF and UHF RFID products, including product
families to cover short , mid and long range applications.
IDnova – www.idnova.com
14. IDnova, an RFID company
IDnova S.r.l.
ITALY – 59100 Prato (PO)
3, Via Onorio Vannucchi
+390574729797
www.idnova.com
IDnova – www.idnova.com
15. Questions
&
ID WORLD 2013
Tuesday, November 05, 2013
Frankfurt am Main, Germany
Answers
IDnova S.r.l.
Mario Beltrami
tsm@idnova.com | +390574729797
IDnova – www.idnova.com