Description
This copy of the Supplementary Material is subject to the same embargo as the post-print and will be available here from 31/08/20.
Supplementary file content:
Figure S1. Photographs of ED supports designed specially adapted to GW well dimensions.
Figure S2. Photographs of the experimental set up used for the adsorption experiment.
Figure S3. Matrix suppression of studied pollutants (ordered by retention time); response in ED blank and groundwater extracts after dilution 30 times.
Table S1. Details of HPLC-MS/MS method (pollutants are ordered by retention time).
Table S2. Performance data for the HPLC-MS/MS method.
Table S3. Physico-chemical properties of studied pollutants.
Table S4. Mean concentrations of the four test analytes measured in the exposure tanks and outlet of the control column at each sampling day and at each SGW renewal (n = 17).
Table S5. Co-ordinates of the GW wells, well depths and mean physico-chemical values measured during the sampler deployment period.
Supplementary file content:
Figure S1. Photographs of ED supports designed specially adapted to GW well dimensions.
Figure S2. Photographs of the experimental set up used for the adsorption experiment.
Figure S3. Matrix suppression of studied pollutants (ordered by retention time); response in ED blank and groundwater extracts after dilution 30 times.
Table S1. Details of HPLC-MS/MS method (pollutants are ordered by retention time).
Table S2. Performance data for the HPLC-MS/MS method.
Table S3. Physico-chemical properties of studied pollutants.
Table S4. Mean concentrations of the four test analytes measured in the exposure tanks and outlet of the control column at each sampling day and at each SGW renewal (n = 17).
Table S5. Co-ordinates of the GW wells, well depths and mean physico-chemical values measured during the sampler deployment period.
| Date made available | 31 Aug 2019 |
|---|---|
| Publisher | Elsevier BV |