01
Identify indoor-air health hazards
Establish an evidence-based framework for classifying sources and exposure routes of chemical and biological indoor-air pollution.
TwinAIR demonstrator
Digital Twins for better indoor air quality
TwinAIR introduces a first-of-a-kind technological system designed to improve air quality across a wide spectrum of indoor living activities.
The project investigates how indoor air pollutants can affect the health of people occupying indoor spaces, supporting public health through community awareness and policy making.
What TwinAIR connects
01
Environmental approach
Indoor and outdoor conditions, pollutants and sensor measurements
02
Health approach
Exposure, individual health measurements and wellbeing context
03
Technical approach
Real-time data use, Digital Twins, analysis and response support
TwinAIR connects indoor environments, people and digital technology in one integrated ecosystem.
Our objectives
From understanding exposure to enabling action
TwinAIR combines scientific investigation, technology development, real-world pilots and responsible data management to improve the understanding and management of indoor air quality.
02
Understand indoor–outdoor air quality
Assess the parameters that influence indoor and outdoor air quality and model the factors shaping the indoor–outdoor continuum.
03
Advance integrated technologies
Promote TwinAIR modular software and hardware technologies as an integrated next-generation toolset for improving indoor air quality.
04
Study combined exposures
Investigate the synergistic effects of biological particles and chemical substances found in indoor environments.
05
Assess exposure and health effects
Evaluate multipollutant and biological indoor exposures and associated health effects through real-life pilot demonstrations.
06
Define desirable IAQ conditions
Support robust health-risk characterisation and the definition of desirable and acceptable indoor-air-quality conditions.
07
Enable Digital Twin air-quality management
Develop an intelligent Digital Twin-based toolset for indoor-air-quality improvement and better-informed response.
08
Build shared guidance
Bring together best approaches and practices and develop guidance around indoor-air-quality findings and health impacts.
09
Support sound data management
Contribute to open research data through responsible data management across the project lifecycle, following ethical and security standards.
TwinAIR use cases
Designed for the indoor environments where people live, learn, work and travel
Residencies
Workspaces
Transportation
Hospitals
Schools
Pilot countries
Reference views from the locations and environments represented across the six TwinAIR pilot countries.
Spain
Madrid & Valencia
Pilot focus
Transportation · Workspaces
Ireland
Dublin & Greater Dublin Area
Pilot focus
Schools · Citizen science
United Kingdom
Bristol
Pilot focus
Workplaces · Hospitals · Schools · Mobility
Sweden
Östergötland
Pilot focus
University campuses · Mobility
Germany
Lemgo
Pilot focus
CIIT workspaces · Building systems
Greece
Trikala & Elefsina
Pilot focus
Municipal buildings · Hospital
Explore the demonstrator
See how TwinAIR works in practice
Move from the project vision into the live demonstrator components and follow how observations become connected information and application-level insight.
TwinAIR DMP Dashboard
Inspect NGSI-LD entities, attributes and time-series observations from the central TwinAIR data platform.
Explore pageSocial Engagement Tool
Support user participation, communication and engagement around indoor-air-quality information.
Explore pageBuilding Digital Twin
Connect indoor-air-quality data with rooms, building spaces and operational conditions.
Explore pageHuman Digital Twin
Combine personal exposure, wearable data and activity information to support health-oriented assessments.
Explore page