Asset Publisher

Research

intoDBP

Innovative Tools to Control Organic Matter and Disinfection Byproducts in Drinking Water

A magnifying glass in the foreground magnifies the particles contained in the bottom water.
Photo: intoDBP
Duration
01/12/2022 - 30/11/2026
Coordinator
Maria José Farré (ICRA, Catalan Instiute of Water Research)
Funded by
Horizon Europe

intoDBP is collaborative project that will develop, test, scale-up, validate, and benchmark innovative tools and strategies to protect catchments and minimize human exposure to disinfection by-products (DBP) under current and future climates, without compromising disinfection efficacy, and which could be applied at the global scale. The project will develop its cross-cutting solutions on 4 complementary case studies combining rural and dense urban areas, from 3 European countries where DBPs are a scientific, technological, and political challenge.

ISGlobal coordinates workpackage 6, aimed to increase the understanding of DBP exposure in European populations through 3 specific objectives:

  • 1) Describe personal behaviour leading to DBP exposure in different populations throughout Europe and identify determinants including personal variables, risk perception, and drinking water quality;
  • 2) Identify patterns of occurrence of emerging DBP in the case-study sites to build predictive models based on routinely monitored parameters; and
  • 3) Assess the links between DBP concentrations in finished drinking water and extreme weather events, in particular drought.

Our Team

Our Team

Other projects

AM-MENTAL

What happens with your mental health when your supervisor is an algorithm?

e-QuoL

e-health tools to promote Equality in Quality of Life for childhood to young adulthood cancer patients, survivors and their families

B-Triage

Una prueba en el punto de atención para la estratificación del riesgo de los pacientes febriles basada en los niveles de sTREM-1

IHEN

International Human Exposome Network

EXPONIT

Analysing and studying how night shift work affects workers' circadian rhythms and health

FINDOOR

FTIR spectroscopy for real-time detection of bacterial outbreaks and the rapid identification of pathogenic serotypes, relapsing infections and antibiotic resistance