PARC Projects

Provide protection against most harmful chemicals
More accurate health impact assessment methodologies for chemicals
Environment
Human health
Risk assessment
Time span
-
Potential impacts
  • Facilitation of burden of disease calculations and analytical health impact assessments improved confidence in results due to further development and improvement of methods to assess e.g. exposure-effect associations, dynamics in exposure and mixture risks
  • Risk assessment, burden of disease calculations and health impact assessment inform stakeholders and policymakers to help protect and eventually improve human health
  • Health impact assessment allows for the quantification of the impact of current chemical exposures on health in EU populations, prioritize preventive or mitigatory actions to be taken, and estimate the environmental burden of disease avoided as a result of EU policies and regulations
Partners involved
UU-IRAS (NL)
VITO (BE)
ANSES (FR)
AUTH (GR)
DTU (DK)
ENSP (PT)
FMUL (PT)
IISPV (ES)
INSA (PT)
IVL (SE)
KI (SE)
MU (CZ)
NIPH (NO)
OI (SI)
RIVM (NL)
UBA (DE)
USI (CH)
WR (NL)
Contacts
Jelle Vlaanderen (UU-IRAS)
J.J.Vlaanderen [at] uu.nl
Jurgen Buekers (VITO)
jurgen.buekers [at] vito.be
Key messages

Health impact assessment is a tool that provides policymakers with insights into the health burden that is attributable to chemical exposures and helps them to prioritise preventive measures. Improved methodologies and data are needed to reduce uncertainties of the estimated health impacts.

Overview

Environmental Burden of Disease (EBD) and Health Impact Assessment (HIA) are tools to provide policymakers with insights into the impact of (changes in) environmental exposures on population health. This project aims to improve health impact assessments for chemical exposures by making methods more reliable and expanding the types of data used to reduce uncertainties about health impacts and to strengthen the scientific basis for policymaking.

Currently, many health impact assessments are limited by missing or inconsistent data on exposure levels, health effects, exposure-response functions, and susceptible populations. By improving methodologies and integrating a wider range of data – including demographic, epidemiological and toxicological information – the project is making EBD and HIA calculations more accurate and useful.

This will help policymakers to carry out more informed evaluations, set priorities and plan actions to reduce health impacts from harmful chemicals. The work directly supports the EU Green Deal’s zero pollution ambition, particularly the Chemical Strategy for Sustainability, which aims to reduce pollution and its effects on the health and the environment.

The project is part of a broader group of four interlinked initiatives working on health impact assessment. Its results will feed into related efforts, including real-world case studies and the creation of indicators to measure chemical risks and health effects more effectively. By reducing uncertainty and improving data use, this project is supporting safer chemical policies and helping protect public health across Europe.

Policy relevance

This will help policymakers to carry out better evaluations, set priorities and plan actions to reduce health impacts from harmful chemicals. The work directly supports the EU Green Deal’s zero pollution ambition, particularly the Chemical Strategy for Sustainability, which aims to reduce pollution and its effects on the health and the environment.

Filter by
Address chemical pollution in the natural environment
Provide protection against most harmful chemicals
Shift away from animal testing
Biodiversity protection
Streamlining data processing methods for suspect and non-target screening
Environment
Health effects
Human health
Monitoring methods
Risk assessment
NGRA
Mixtures
Human biomonitoring
Workers
Streamlining data processing methods for suspect and non-target screening
Streamlining data processing methods for suspect and non-target screening

More accurate health impact assessment methodologies for chemicals

Time span
-
Potential impacts
  • Facilitation of burden of disease calculations and analytical health impact assessments improved confidence in results due to further development and improvement of methods to assess e.g. exposure-effect associations, dynamics in exposure and mixture risks
  • Risk assessment, burden of disease calculations and health impact assessment inform stakeholders and policymakers to help protect and eventually improve human health
  • Health impact assessment allows for the quantification of the impact of current chemical exposures on health in EU populations, prioritize preventive or mitigatory actions to be taken, and estimate the environmental burden of disease avoided as a result of EU policies and regulations
UU-IRAS (NL)
VITO (BE)
ANSES (FR)
AUTH (GR)
DTU (DK)
ENSP (PT)
FMUL (PT)
IISPV (ES)
INSA (PT)
IVL (SE)
KI (SE)
MU (CZ)
NIPH (NO)
OI (SI)
RIVM (NL)
UBA (DE)
USI (CH)
WR (NL)
Key messages

Health impact assessment is a tool that provides policymakers with insights into the health burden that is attributable to chemical exposures and helps them to prioritise preventive measures. Improved methodologies and data are needed to reduce uncertainties of the estimated health impacts.

Overview

Environmental Burden of Disease (EBD) and Health Impact Assessment (HIA) are tools to provide policymakers with insights into the impact of (changes in) environmental exposures on population health. This project aims to improve health impact assessments for chemical exposures by making methods more reliable and expanding the types of data used to reduce uncertainties about health impacts and to strengthen the scientific basis for policymaking.

Currently, many health impact assessments are limited by missing or inconsistent data on exposure levels, health effects, exposure-response functions, and susceptible populations. By improving methodologies and integrating a wider range of data – including demographic, epidemiological and toxicological information – the project is making EBD and HIA calculations more accurate and useful.

This will help policymakers to carry out more informed evaluations, set priorities and plan actions to reduce health impacts from harmful chemicals. The work directly supports the EU Green Deal’s zero pollution ambition, particularly the Chemical Strategy for Sustainability, which aims to reduce pollution and its effects on the health and the environment.

The project is part of a broader group of four interlinked initiatives working on health impact assessment. Its results will feed into related efforts, including real-world case studies and the creation of indicators to measure chemical risks and health effects more effectively. By reducing uncertainty and improving data use, this project is supporting safer chemical policies and helping protect public health across Europe.

Policy relevance

This will help policymakers to carry out better evaluations, set priorities and plan actions to reduce health impacts from harmful chemicals. The work directly supports the EU Green Deal’s zero pollution ambition, particularly the Chemical Strategy for Sustainability, which aims to reduce pollution and its effects on the health and the environment.

Contacts
Jelle Vlaanderen (UU-IRAS)
J.J.Vlaanderen [at] uu.nl
Jurgen Buekers (VITO)
jurgen.buekers [at] vito.be
Topics
Provide protection against most harmful chemicals
Keywords
Environment
Human health
Risk assessment