Advanced search
Showing result 1 - 5 of 158 swedish dissertations matching the above criteria.
-
1. Assessing Soil Functions for Sustainable Remediation of Contaminated Sites
Abstract : Soil contamination is a worldwide problem. Soil remediation is often carried out to reduce the risks posed by contaminants in the soil to human health and environment. Contaminant concentration is typically the only soil quality aspect maintained in remediation projects. READ MORE
-
2. Value of Information Analysis for Site Investigations in Remediation Projects
Abstract : Site investigations of contaminated land are associated with high costs. From a societal point of view, just enough economic resources should be spent to allow societys limited resources to be allocated optimally to sustainable development. READ MORE
-
3. Microbial remediation of heavy metal ion polluted soil and water
Abstract : Contamination of soil and water by heavy metal ions (HMs) is a problem all over the world.The use of biological methods alone or in combination with other techniques for treatment of such polluted sites constitutes a major challenge. READ MORE
-
4. Investigating the Relation between Efficient, Effective and Sustainable Remediation of Contaminated Sites
Abstract : Remediation of contaminated sites reduces negative impacts to humans and the environment, but the process itself is typically associated with high costs to society and large environmental footprints. The sustainable remediation concept has, over the past decade, brought increased attention to the often-overlooked contradictory effects of site remediation. READ MORE
-
5. Sustainable Environmental Clean-up : Dynamic assessment for sustainable remediation of contaminated sites
Abstract : Soil and groundwater contamination is an increasingly recognised threat to public health and the environment around the globe. New types of contaminants continue to emerge, and awareness of their threat, continues to develop. Many countries have national clean-up programs with priority lists of the most hazardous contaminated sites. READ MORE