Anaerobic reductive dechlorination, a process in which microorganisms utilize chlorinated organics as electron acceptors, represents a potentially viable method for cleanup of many contaminated sites ([Christ et al., 2005]; [Fennell et al., 2001]; [He et al., 2005]; [Major et al., 2002]).
This study analyzes the burning behavior of a fuel immersed in porous metal wool with the ultimate goal of designing a method for faster cleanup of hazardous spills on water.
Methods for extraction and cleanup were modified from Sandanger et al. (2003, 2007).
Decide which method of cleanup works best for you and make sure you have the correct tools for the job.
Specific methods for sample extraction and sample cleanup, involving filtration and gel permeation chromatography column cleanup and GC analysis, have been previously described (Moate et al. 2002).
Laboratory methods for food often require extensive cleanup steps to address fatty and nonfatty foods.
Enhanced bioremediation is believed to be a useful method for oil pollutant cleanup (Patowary et al. 2016; El-Bestawy et al. 2014).
The injection of bacteria in the subsurface has been identified as a potential method for in situ cleanup of contaminated aquifers.
Enhanced bioremediation method using indigenous oil-eating microorganisms and biosurfactants is believed to be a favorable method for oil spill cleanup (Patowary et al. 2016; El-Bestawy et al. 2014; Karamalidis et al. 2010; Al-Mailem et al. 2017; Varjani and Upasani 2016).
Nanoporous materials with large surface area offer improved chemical synthesis, cleanup, and separation methods for chemical and biomedical sectors.
