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Towards integrated environmental quality objectives for surface water, ground water, sediment and soil for nine trace metals
Plassche EJ van de Bruijn JHM de
Plassche EJ van de
Bruijn JHM de
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Series / Report no.
Open Access
Type
Report
Language
en
Date of publication
1992-12-31
Year of publication
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679101005.pdf
Adobe PDF, 1.71 MB
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Title
Towards integrated environmental quality objectives
for surface water, ground water, sediment and soil for nine trace
metals
Translated Title
Een basis voor integrale
milieukwaliteitsdoelstellingen voor oppervlaktewater, grondwater, sediment
en bodem voor negen sporenelementen
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Abstract
Abstract niet beschikbaar
This report is the result of the second sub-project of the project "Setting integrated environmental quality objectives", called exotic metals". These trace metals are antimony, barium, beryllium cobalt, molybdenum, selenium, thallium, tin and vanadium. This report is an integration of three activities, published in separate reports: 1. derivation of Maximum Permissible Concentrations (MPC's) and Negligible Concentrations (NC's) for water, sediment, and soil based on ecotoxicological data. 2. derivation of partition coefficients in order to apply the equilibrium partitioning method. 3. gathering information about background levels in soil, ground water, and surface water. In this report the MPC's and NC's for the different compartments are coordinated to one another using the equilibrium partitioning method. Also the coordinated MPC's and NC's are compared with the related background concentrations.
This report is the result of the second sub-project of the project "Setting integrated environmental quality objectives", called exotic metals". These trace metals are antimony, barium, beryllium cobalt, molybdenum, selenium, thallium, tin and vanadium. This report is an integration of three activities, published in separate reports: 1. derivation of Maximum Permissible Concentrations (MPC's) and Negligible Concentrations (NC's) for water, sediment, and soil based on ecotoxicological data. 2. derivation of partition coefficients in order to apply the equilibrium partitioning method. 3. gathering information about background levels in soil, ground water, and surface water. In this report the MPC's and NC's for the different compartments are coordinated to one another using the equilibrium partitioning method. Also the coordinated MPC's and NC's are compared with the related background concentrations.
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DGM/SVS/ Bruijn JHM de