This study assesses the potential of compound specific stable carbon isotope analysis (CSIA) to complement traditional molecular analysis and to improve the overall characterisation of Natural Organic Matter (NOM) in drinking water systems. CSIA for characterising NOM fractions and for following their fate from catchment to tap is examined here on a range of samples, including contrasting surface reservoir NOM, biofoulants from water treatment filtration membranes and biofilms from distribution systems
the stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...
The chemical composition and carbon isotope signature of aquatic dissolved organic matter (DOM) in f...
The stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...
Assessing the pathways and rates of organic pollutant transformation in the environment is a major c...
Modern water treatment processes are necessary to create an adequate and continuous supply of water ...
One of the critical challenges facing modern environmental chemistry is how to identify sources, pro...
International audienceA commercial interface coupling liquid chromatography (LC) to a continuous-flo...
RATIONALE: Recent advances in stable isotope probing (SIP) have allowed direct linkage of microbial ...
Isotope ratio analysis of total organic carbon (TOC) is well-established for the study of rivers, la...
International audienceAn increasing amount of organic micropollutants (OMPs) are detected in aquatic...
AbstractWater treatment is a series of physio-chemical processes to aid organic matter (OM) removal,...
Unintended pesticide pollution in soil, crops, and adjacent environments has caused several issues f...
The analysis of stable isotope ratios of hydrogen and oxygen in water can be applied in many researc...
The stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...
Compound-specific stable isotope analysis (CSIA) using gas chromatography-isotope ratio mass spectro...
the stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...
The chemical composition and carbon isotope signature of aquatic dissolved organic matter (DOM) in f...
The stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...
Assessing the pathways and rates of organic pollutant transformation in the environment is a major c...
Modern water treatment processes are necessary to create an adequate and continuous supply of water ...
One of the critical challenges facing modern environmental chemistry is how to identify sources, pro...
International audienceA commercial interface coupling liquid chromatography (LC) to a continuous-flo...
RATIONALE: Recent advances in stable isotope probing (SIP) have allowed direct linkage of microbial ...
Isotope ratio analysis of total organic carbon (TOC) is well-established for the study of rivers, la...
International audienceAn increasing amount of organic micropollutants (OMPs) are detected in aquatic...
AbstractWater treatment is a series of physio-chemical processes to aid organic matter (OM) removal,...
Unintended pesticide pollution in soil, crops, and adjacent environments has caused several issues f...
The analysis of stable isotope ratios of hydrogen and oxygen in water can be applied in many researc...
The stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...
Compound-specific stable isotope analysis (CSIA) using gas chromatography-isotope ratio mass spectro...
the stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...
The chemical composition and carbon isotope signature of aquatic dissolved organic matter (DOM) in f...
The stable isotope composition of key chemical elements for life on Earth (e.g., carbon, hydrogen, n...