Air Quality Monitoring in London: Difference between revisions

From OpenCommons
Jump to navigation Jump to search
No edit summary
No edit summary
 
(10 intermediate revisions by the same user not shown)
Line 1: Line 1:
{{ActionCluster
{{ActionCluster
 
|image=AirPolutionLondon.jpg
| title            = Air Quality Monitoring in London
|team=London Greenwich Borough (City Council and Digital Greenwich), GSMA (Association of Mobile Operators), Everimpact (Solution/Service Provider), Ordnance Survey (UK Mapping Agency), Telefonica (Telco), NEC (Service Provider), Urban Clouds (Service Provider)
| team             = London Greenwich Borough (City Council and Digital Greenwich), GSMA (Association of Mobile Operators), Everimpact (Solution/Service Provider), Ordnance Survey (UK Mapping Agency), Telefonica (Telco), NEC (Service Provider), Urban Clouds (Service Provider)
|leader=Mathieu Carlier
 
|imagecaption=Air Pollution Monitoring Station
| leader           = Mathieu Carlier
|municipalities=Greenwich UK
| email            = mc@everimpact.org
|status=Launched
| image            = AirPolutionLondon.jpg
|website=http://www.everimpact.org/
| imagecaption     = Air Pollution Monitoring Station
|description=Key Deliverables
| municipalities   = Greenwich Borough (UK)
| status           = Launched
| website           = http://www.everimpact.org/
| download          =
 
| description       =  
* IoT platform that measures air pollutants and greenhouse gases in London, in real-time, by combining ground sensors and satellites’ data
* IoT platform that measures air pollutants and greenhouse gases in London, in real-time, by combining ground sensors and satellites’ data
* Real-Time monitoring and mapping of air pollution in London
* Real-Time monitoring and mapping of air pollution in London
* Monetizing reductions of Carbon Emissions to generate revenues and/or debt financing for the London Greenwich’s Borough
* Monetizing reductions of Carbon Emissions to generate revenues and/or debt financing for the London Greenwich’s Borough
 
|challenges=* Cities lack the tools to monitor accurately air pollution, and do not leverage revenues or financing that can be drawn from carbon offsetting
| challenges       =  
* Cities lack the tools to monitor accurately air pollution, and do not leverage revenues or financing that can be drawn from carbon offsetting
* The project will deploy and capture data from sensors positioned in the city of London (fixed and mobile sensors on bicycles and vehicles), and combine it with satellite data, in order to map precisely air pollution. The project will also test the generation of revenues from offsetting CO2 emissions from a London Tube Power Station.
* The project will deploy and capture data from sensors positioned in the city of London (fixed and mobile sensors on bicycles and vehicles), and combine it with satellite data, in order to map precisely air pollution. The project will also test the generation of revenues from offsetting CO2 emissions from a London Tube Power Station.
 
|solutions=TBD
| solutions             =  
|requirements=* Create scope and requirements, project plan  
 
| requirements       =  
* Create scope and requirements, project plan  
* Develop system architecture
* Develop system architecture
* Roll out pilot in London (Greenwich Borough)
* Roll out pilot in London (Greenwich Borough)
* Run pilot for 1 year (April 2017- April 2018)
* Run pilot for 1 year (April 2017- April 2018)
* Build application/demo for showcases
* Build application/demo for showcases
 
|kpi=* Air Pollution levels identified
| kpi               =  
* Air Pollution levels identified
* Cost savings vs existing monitoring solutions
* Cost savings vs existing monitoring solutions
* Carbon Offsets’ amount monetized
* Carbon Offsets’ amount monetized
 
|measurement=* Measurement of air pollution in ppm over 6-12 month period, compared to baseline
| measurement       =  
* Measurement of air pollution in ppm over 6-12 month period, compared to baseline
* Amount of money that can be saved by using new monitoring systems
* Amount of money that can be saved by using new monitoring systems
* Amount of money that can be generate on carbon markets
* Amount of money that can be generate on carbon markets
 
|standards=* Establish and standardize the most accurate air pollution data measurement methodology
| standards         =  
* Establish and standardize the most accurate air pollution data measurement methodology
* Standardization of data protocols among smart cities by using the NGSI standard (FIWARE Open Source)
* Standardization of data protocols among smart cities by using the NGSI standard (FIWARE Open Source)
* The developed standards, methodology, and processes are not unique to 1 city or region and can be replicated and scaled up in multiple cities/communities. The solution is being replicated in Paris, France and has already been chosen to monitor air pollution in 100 cities/projects worldwide by US Foundation R20.
* The developed standards, methodology, and processes are not unique to 1 city or region and can be replicated and scaled up in multiple cities/communities. The solution is being replicated in Paris, France and has already been chosen to monitor air pollution in 100 cities/projects worldwide by US Foundation R20.
* The system will have its own business model to create sustainable revenue streams.
* The system will have its own business model to create sustainable revenue streams.
 
|cybersecurity=TBD
| cybersecurity         =  
|impacts=* Cleaner Air
 
| impacts                 =  
* Cleaner Air
* Improved Mapping
* Improved Mapping
* Revenues from Air Pollution
* Revenues from Air Pollution
* New products
* New products
* Quality of Life improved for citizens
* Quality of Life improved for citizens
 
|demonstration=Real-time working application showing air pollution of London city on a map.
| demonstration       =
|chapter=Physical Health
Real-time working application showing air pollution of London city on a map.  
|supercluster=Transportation
 
|year=2016, 2017
| supercluster           = Transportation
|title=Air Quality Monitoring in London
| year                   = 2017
 
}}
}}
[[Category:Year_2016]]

Latest revision as of 20:26, January 24, 2023


Air Quality Monitoring in London
GCTC logo 344x80.png
AirPolutionLondon.jpg
Air Pollution Monitoring Station
Team Organizations London Greenwich Borough (City Council and Digital Greenwich)
GSMA (Association of Mobile Operators)
Everimpact (Solution/Service Provider)
Ordnance Survey (UK Mapping Agency)
Telefonica (Telco)
NEC (Service Provider)
Urban Clouds (Service Provider)
Team Leaders Mathieu Carlier
Participating Municipalities Greenwich UK
Status Launched
Document None

Description

Key Deliverables

  • IoT platform that measures air pollutants and greenhouse gases in London, in real-time, by combining ground sensors and satellites’ data
  • Real-Time monitoring and mapping of air pollution in London
  • Monetizing reductions of Carbon Emissions to generate revenues and/or debt financing for the London Greenwich’s Borough

Challenges

  • Cities lack the tools to monitor accurately air pollution, and do not leverage revenues or financing that can be drawn from carbon offsetting
  • The project will deploy and capture data from sensors positioned in the city of London (fixed and mobile sensors on bicycles and vehicles), and combine it with satellite data, in order to map precisely air pollution. The project will also test the generation of revenues from offsetting CO2 emissions from a London Tube Power Station.

Solutions

TBD

Major Requirements

  • Create scope and requirements, project plan
  • Develop system architecture
  • Roll out pilot in London (Greenwich Borough)
  • Run pilot for 1 year (April 2017- April 2018)
  • Build application/demo for showcases

Performance Targets

Key Performance Indicators (KPIs) Measurement Methods
  • Air Pollution levels identified
  • Cost savings vs existing monitoring solutions
  • Carbon Offsets’ amount monetized
  • Measurement of air pollution in ppm over 6-12 month period, compared to baseline
  • Amount of money that can be saved by using new monitoring systems
  • Amount of money that can be generate on carbon markets

Standards, Replicability, Scalability, and Sustainability

  • Establish and standardize the most accurate air pollution data measurement methodology
  • Standardization of data protocols among smart cities by using the NGSI standard (FIWARE Open Source)
  • The developed standards, methodology, and processes are not unique to 1 city or region and can be replicated and scaled up in multiple cities/communities. The solution is being replicated in Paris, France and has already been chosen to monitor air pollution in 100 cities/projects worldwide by US Foundation R20.
  • The system will have its own business model to create sustainable revenue streams.

Cybersecurity and Privacy

TBD

Impacts

  • Cleaner Air
  • Improved Mapping
  • Revenues from Air Pollution
  • New products
  • Quality of Life improved for citizens

Demonstration/Deployment

Real-time working application showing air pollution of London city on a map.

Retrieved from "https://opencommons.org/index.php?title=Air_Quality_Monitoring_in_London&oldid=12069"