Found 73 Existing Initiatives Page 2 of 8

Air quality in Europe

application

name of the application

Air quality in Europe

reference

author(s), year

www.airqualitynow.eu

description

short description of the application (one-two sentences)

Smartphone application that shows you the Airquality in 100 major european cities. Data from yesterday, today and forecast for tomorrow

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile application, data from official stations

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

air quality data from official monitoring stations

other sensing technologies

for example meteorological data, positioning data, …

none

quantitative: what kind of data is measured

speed, distance, noise, location,…

common European air quality index

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

AQI

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

mobile application

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

incentives

self-monitoring, gamification, rewards, social networks,…

applicability of results

are the results useable for policy-makers and how can they obtain this information?

data from official stations are used for policy, unknown whether information about the use of the app is further exploited

limitations

gaps and limitations of the campaign or application

remarks

other important remarks for the review, links to other projects,

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

indirect

Air quality in Scotland

application

name of the application

Air quality in Scotland

reference

author(s), year

description

short description of the application (one-two sentences)

AQ Scotland keeps you informed about latest and forecast air pollution in your region Get access to latest and recent data from all monitoring sites in the air pollution monitoring network across Scotland, with a 7 day trend graph, site information and latest data.

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile application, data from official stations

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

air quality data from official monitoring stations

other sensing technologies

for example meteorological data, positioning data, …

none

quantitative: what kind of data is measured

speed, distance, noise, location,…

parameters from official stations (PM, NOx, etc)

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

Health advice alongside the air pollution forecasts

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

mobile application

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

interactive maps, graphs, real-time info and forecasts, air quality index, alerting based on real-time and forecasts

incentives

self-monitoring, gamification, rewards, social networks,…

self-monitoring, activity planning

applicability of results

are the results useable for policy-makers and how can they obtain this information?

data from official stations are used for policy, unknown whether information about the use of the app is further exploited

limitations

gaps and limitations of the campaign or application

remarks

other important remarks for the review, links to other projects,

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

indirect

Air Quality India

application

name of the application

Air Quality India

reference

author(s), year

description

short description of the application (one-two sentences)

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile application, data from official stations

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

air quality data from official monitoring stations

other sensing technologies

for example meteorological data, positioning data, …

none

quantitative: what kind of data is measured

speed, distance, noise, location,…

concentration of air pollutants, location

what type of qualitative data is gathered

user-generated annotations

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

alerts and recommendations

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

mobile application

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

real-time data, timeseries, map

incentives

self-monitoring, gamification, rewards, social networks,…

self monitoring

applicability of results

are the results useable for policy-makers and how can they obtain this information?

unknown

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

/

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

indirect

Air Quality Lesser Poland

application

name of the application

Air Quality Lesser Poland

reference

author(s), year

description

short description of the application (one-two sentences)

real time follow-up of air quality in cities in Poland, based on measurements from official monitoring stations

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile application, data from official stations

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

air quality data from official monitoring stations

other sensing technologies

for example meteorological data, positioning data, …

none

quantitative: what kind of data is measured

speed, distance, noise, location,…

air pollutant concentrations, AQI

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

none

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

smartphone application

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

real-time dashboard with monitoring results, timeseries, resommendations

incentives

self-monitoring, gamification, rewards, social networks,…

self-minitoring

applicability of results

are the results useable for policy-makers and how can they obtain this information?

data from official stations are used for policy, unknown whether information about the use of the app is further exploited

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

/

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

indirect

Air Visual

application

name of the application

Air Visual

reference

author(s), year

https://airvisual.com/

description

short description of the application (one-two sentences)

air quality monitor helping you track, foresee, and take action against invisible threats in the air. Indoor and outdoor

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

stationary

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

PM2,5 and CO2 (inside the device fro indoor use), O3, PM10, AQI (data collected from official stations)

other sensing technologies

for example meteorological data, positioning data, …

temperature and humidity (direct indoor, indirect outdoor), wind speed, wind direction, pressure

quantitative: what kind of data is measured

speed, distance, noise, location,…

“CO2 concentration (direct),
PM2.5 concentration (direct),
temperature and humidit (direct),
air quality and meteorological data from nearest outdoor station”

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

data analysis, forecasting, alerting, advising

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

via website, smartphone and sensing unit

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

maps, graphs, real-time measurements, forcasting, world map

incentives

self-monitoring, gamification, rewards, social networks,…

self-monitoring (indoor and in your outdoor neighbourhood), comparison of own results with results from elsewhere (wolrdwide)

applicability of results

are the results useable for policy-makers and how can they obtain this information?

focus on indoor application (eg smart building management (ventilation),…), compare indoor and outdoor, alerting, forecasting, take action (by pictograms)

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

additional validation of sensing technology and data analysis methods would be informative

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

both

AirBoxLab

application

name of the application

AirBoxLab

reference

author(s), year

description

short description of the application (one-two sentences)

Airboxlab mobile app gives you control over your indoor air quality.

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

array of gas sensors (VOC, CO2, CO) and PM sensor

other sensing technologies

for example meteorological data, positioning data, …

temperature, humidity

quantitative: what kind of data is measured

speed, distance, noise, location,…

air quality, temperature and humidity in room

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

pattern recoginition and machine learning algorithms to analsyse the data (at the cloud)

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

recommendations for optimized air refreshment, source location

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

dashbourd (colour-coded), timeseries, sliders (knowledge base) to scale the measurements

incentives

self-monitoring, gamification, rewards, social networks,…

By using this app, you will track your air pollution and get notification and advice to improve your air quality.

applicability of results

are the results useable for policy-makers and how can they obtain this information?

behavioural change, usability for policy makers unknown

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

/

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

direct

AirCheck

application

name of the application

AirCheck

reference

author(s), year

description

short description of the application (one-two sentences)

Swiss and Liechtenstein, air quality data from official stations

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile application, data from official stations

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

air quality data from official monitoring stations

other sensing technologies

for example meteorological data, positioning data, …

none

quantitative: what kind of data is measured

speed, distance, noise, location,…

what type of qualitative data is gathered

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

time-trends in AQI

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

time trends of pollutants (individual and AQI), maps, “Luft-Tip” (recommendation)

incentives

self-monitoring, gamification, rewards, social networks,…

applicability of results

are the results useable for policy-makers and how can they obtain this information?

data from official stations are used for policy, unknown whether information about the use of the app is further exploited

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

/

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

indirect

Airovibe

application

name of the application

Airovibe

reference

author(s), year

description

short description of the application (one-two sentences)

Our application provides you the best up-to-date environmental information based on NO2, CO2, noise, ozone, humidity, temperature and dust measurements from airbase sensors

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile application, data from official stations

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

data from official monitoring stations

other sensing technologies

for example meteorological data, positioning data, …

noise, temperature, humidity

quantitative: what kind of data is measured

speed, distance, noise, location,…

NO2, CO2 and PM

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

real-time information about indoor air quality

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

mobile application

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

make your own profile, personal exposure calculation, live map

incentives

self-monitoring, gamification, rewards, social networks,…

self-minitoring

applicability of results

are the results useable for policy-makers and how can they obtain this information?

unknown

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

/

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

direct

AirTEXT

application

name of the application

AirTEXT

reference

author(s), year

http://airtext.info

description

short description of the application (one-two sentences)

airTEXT provides forecasts of air quality (air pollution), UV, grass pollen and maximum and minimum temperatures for Greater London and Slough

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

mobile application, data from official stations

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

air qulaity and pollen data from stations in and around London

other sensing technologies

for example meteorological data, positioning data, …

UV, temperature

quantitative: what kind of data is measured

speed, distance, noise, location,…

air pollutant concentrations, temperature, UV, pollen

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

alerts and health advise

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

mobile application, website

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

maps, alerts, health advise

incentives

self-monitoring, gamification, rewards, social networks,…

self-monitoring

applicability of results

are the results useable for policy-makers and how can they obtain this information?

unknown

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

/

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

indirect

Airveda

application

name of the application

Airveda

reference

author(s), year

http://www.airveda.com/

description

short description of the application (one-two sentences)

Airveda presents an affordable, and accurate air quality monitor designed and manufactured in India, for the Indian context. The monitor connects to an app on your phone to help you know and manage the quality of air you are breathing

deployment

status of deployment (for example: real-life project, testing, demonstration,…)

real-life (India)

target population

general, public transportation, users, car drivers, truck drivers, children, cyclists,…

general public

software type

open-source (in order to make unique campaigns) or proprietary software

proprietary software

mode of operation

stationary, portable, wearable, …

stationary, portable

coordination

who can launch a campaign

everyone

air quality sensing technologies

which type of sensors or methodes are used to obtain air quality measurements. “Direct” methods refer to devoted sensing devices bought and used by the costumer, “indirect” methods to data collection methods from offial air quality networks

portable sensor (PM2.5 and PM10), air quality data from stations of Indian governement and US ambassy in India

other sensing technologies

for example meteorological data, positioning data, …

quantitative: what kind of data is measured

speed, distance, noise, location,…

PM2.5, PM10, AQI

what type of qualitative data is gathered

none

what kind of data is calculated

CO², cost, health, … / What is the basis of calculation (e.g. reference database, European guidelines for external costs, etc.)

PM2.5, PM10 concentration, air quality index, evaluation of AQI

reporting method

which reporting method is used (for example: website or directly on the smartphone’s app, heat maps, dashboard, and/or reports)

mobile application, website

visualisations

method of reporting (visualisation) of the collected data (qualitative representation can be a red or a green light, a text explaining the progress, while quantitative representation consists of numbers or statistics

maps, graphs, real-time updates

incentives

self-monitoring, gamification, rewards, social networks,…

self monitoring

applicability of results

are the results useable for policy-makers and how can they obtain this information?

unknown

limitations

gaps and limitations of the campaign or application

/

remarks

other important remarks for the review, links to other projects,

battery powered (6 hours autonomy)

quantitative data source

air quality measurements with own device (direct) OR air quality data from official stations or other installed air quality networks (indirect) OR both

both

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