By Nobutada Kimura, Wataru Kitagawa (auth.), Shree Nath Singh (eds.)
Microbial degradation, Phytoremediation, Remediation, Explosive residues, Biotransformation, Mineralization, Degradative Enzymes, Degradation Pathways, Energetics, Soil infection, Water contamination.
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Additional resources for Biological Remediation of Explosive Residues
1999). For this reason, the fate of these compounds is of interest and remediation of the contaminated sites is inevitable. Traditional remediation methods for TNT-contaminated sites have been primarily conducted by physical–chemical methods, including incineration, landfilling, thermal desorption and soil washing. A study published in 1999 on the economics of various methods of soil remediation suggested that biological soil remediation procedures in Germany are more favorable for technical reasons vis-à-vis soil incineration or soil washing (Jansky and Neumann 1999).
2008; Travis et al. 2008a, b). In addition, Gram-negative bacteria are the best candidates for the microbial incorporation in self-cleaning explosive formulations since they are more tolerant to TNT than Gram-positive bacteria (Fuller and Manning 1997). In conclusion, the development of self-cleaning explosive formulations using microbial catabolic capabilities has recently emerged as an attractive strategy to prevent further TNT contamination (Stenuit and Agathos 2010). A new environmentally benign synthesis route to manufacture military grade TNT, which eliminates the production of red water, arising from the sulfiting process for removing unsymmetrical trinitrotoluene isomers, was introduced by Millar et al.
1998), Vibrio harveyi (Lei et al. 1994), Vibrio fisherii (Riefler and Smets 2002), Rhodobacter capsulatus (Blasco and Castillo 1993), Thermus thermophilus (Park et al. 1992), Pseudomonas pseudoalcaligenes (Sommerville et al. 1995), Pseudomonas putida (Caballero et al. 2005a, b), Pseudomonas fluorescens (Pak et al. 2000), Selenomonas ruminatium (Anderson et al. 2002) and Klebsiella sp. (Shin and Song 2009). Type II Hydride Transferases They belong to the (b/a)8 barrel OYE family of flavoproteins (Stenuit and Agathos 2010).
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