Damià Barceló Cullerès
934006183 - int: 437902
dbcqam@idaea.csic.es
ORCID:
0000-0002-8479-9037
Research group: Water, Environmental and Food Chemistry (ENFOCHEM)
Full Professor IDAEA-CSIC, Spain. Since 2008 Director. Catalan Institute for Water Research (ICRA). Girona, Spain. 2016 – 2020 Full Professor Chair in Biology. College of Science, King Saud University, Riyadh, Saudi Arabia. Distinguished Scientist Fellowship Program (DSFP). Doctor Honoris Causa by the Universities of Ioannina, Greece, in 2014 and by the University of Lleida and Almeria , Spain in 2020, Honorary and Guest Professor at Zhejiang A & F University (ZAFU), Hangzhou, China in 2019 and since January 2021 Talent Professor at ZAFU , Recipharm Environmental Award, Sweden in 2012 , Prince Sultan Bin Abdulaziz International Prize for Water (PSIPW), 5th Award on Water Management & Protection, Saudi Arabia in 2012 and the Prize King Jaime I on the Protection of Nature from Generalitat of Valencia, Spain in 2007 .
SUPERVISION OF STUDENTS, 1992 – to date > 63 PhD thesis supervised, mainly in Spain except two in Lisbon and in Amsterdam and one in Riyadh.,1992 – 2020.
EXPERTISE :Analysis, fate , risk and removal of emerging contaminants and microplastics from water, Sewage epidemiology of drugs and proteins. Since 2010 I am listed as highly cited scientists (ISI Highly Cited), , with a Hirsch-Index of 152 (121) and total number of citations over 107.000 thousand (> 70 k) and more than 1400 publications (source Google Scholar on the 07/12/2020, Scopus in parenthesis).
EDITORIAL ACTIVITIES. Since 1990s, contributing editor of Trends in Analytical Chemistry (TrAC) and editor of three book series (Comprehensive Analytical Chemistry , The Handbook of Environmental Chemistry and Advances In Chemical Pollution, Environmental Management and Protection). Since 2012 Co-Editor-in-chief of the Science of the Total Environment , since 2017 Editor in chief of Current Opinion in Environmental Science and Health. and since 2020 Co-Editor in Chief of Case Studies of Chemical and Environmental Engineering, Elsevier.

ND-WEB
New Directions in Wastewater-based Epidemiology. Identification of small and large biomolecules as Biomarkers of public health and industrial activities
Our hypothesis is that the combination of environmental proteomics with genomics/transcriptomics (e.g. virus RNA or ARGs) and the analysis of small (exogenous and endogenous) chemicals (ABS or other chemicals, typically m/z<1.000 Da) using metabolomics workflows, can lead to novel and holistic early-warning systems capable to diagnose present and future environmental issues. With the aim of proving the strength and capabilities of the strategy, ND-WEB will apply proteomics and metabolomics workflows and qPCR to a specific case study in order to: 1) Determine which specific human activities can be linked with the presence of ARGs and 2) Prioritize chemicals that are linked with the presence of specific ARGs. For this purpose, six different WWTP in Catalonia, where different economic sectors overshadow, will be analysed, including: two with a strong primary sector (Vic and Olot, with farms and meat industry), two where secondary sector prevails (Manresa and Igualada) and two highly-populated with a strong secondary and tertiary sector (Barcelona Prat and Besos). Sinergia Project 2023