An Integrated Bioremediation Route For Heavy Metal, Contaminated Land Based On The Sulfur Cycle

- Organization:
- The Minerals, Metals and Materials Society
- Pages:
- 12
- File Size:
- 511 KB
- Publication Date:
- Jan 1, 1996
Abstract
BNFL, an internationally acclaimed company noted for its nuclear fuel cycle services and waste management technologies, collaborated with Viridian BioProcessing Ltd, a small company acknowledged for developing environmental biological processes, and an internationally recognised professor of biological sciences, to develop an unique bioremediation process for treating toxic, heavy metal contaminated land. This paper describes the process, with particular reference to the problem and scope of land contamination with toxic, heavy metals and the current available technologies. The process technologies are based on using indigenous, soil micro-organisms which can be stimulated to produce acid or sulphide ions to mobilise or precipitate the heavy metals respectively. Laboratory studies have indicated metal removal efficiencies of greater than 90 % can be achieved, whilst recovery efficiencies from the metal loaded leachate are even higher at approximately 95%.
Citation
APA:
(1996) An Integrated Bioremediation Route For Heavy Metal, Contaminated Land Based On The Sulfur CycleMLA: An Integrated Bioremediation Route For Heavy Metal, Contaminated Land Based On The Sulfur Cycle. The Minerals, Metals and Materials Society, 1996.