Sentence examples for biodegradation of toxic compounds from inspiring English sources
The potential application of methanotrophic microorganisms for removal of methane produced from landfills and coal mines as well as biodegradation of toxic compounds has been widely studied.
We have focused on two aspects of the application and potential value of methanotrophs in environmental bioengineering, namely methane removal and biodegradation of toxic compounds.
Recently, progress can be seen in the use of microorganisms for environmental biotechnology, namely removal of greenhouse gases from various sites (landfills, coal mines), biodegradation of toxic compounds, wastewater treatment etc. (Hamer [2010]).
Among these, biotechnology, food and nutrition, medicine, and biodegradation of toxic compounds are considered to be of utmost importance.
In this study the biodegradation process of toxic compounds such as benzene, toluene ethylbenzene and o-xylene (BTEX), present in petrochemical effluents is described by a phenomenological model expressed through a single differential equation which allows the description of the concentration profile through a fixed bed biofilm reactor.
Finally, plants have evolved an incredible variety of toxic compounds to ward off predators.
In Figure 4 the internal similarity of toxic compounds is compared to the internal similarity of non-toxic compounds.
Different biomass feedstock and pretreatment methods generate hydrolysates with distinctive toxic compounds, but three major groups of toxic compounds are usually classified in general.
High cell density inocula could improve fermentation performance by reducing the impact of toxic compounds, particularly if compounds were converted to a less toxic compound or intermediates.
