Removal of benzene vapor from gaseous streams was studied in two identically sized lab-scale biofiltration columns: one filled with a mixture of raw sugarcane bagasse and glass beads, and the other one packed with a mixture of ground sugarcane bagasse and glass beads, in the same volume ratio, as filter materials
Biofiltration has now become an indispensable treatment technique for the removal of low concentrati...
A biofiltration system was developed to treat benzene, toluene, ethylbenzene, and xylene (BTEX) and ...
International audienceIn biological gas treatment, like biofiltration of volatile organic compounds ...
Three identical upflow laboratory-scale biofilters, inoculated with the benzene-degrading strain Pse...
243-248To examine biofilter response with varying loading rate, a laboratory-based biofilter, packed...
Biofiltration of process waste–gas streams using microorganisms attached to porous support matrix, a...
Biofiltration has quickly become an effective choice for treating odorous air streams as well as air...
Results are reported and discussed on the treatment of benzene-polluted air streams with a laborator...
Two membrane biofiltration systems that overcome many limitations of conventional compost biolfilter...
In this research, a biofiltration process to remove ammonia gas from gas stream using agricultural r...
In this project, a laboratory-scale biofilter was constructed and operated to treat an air stream ar...
A study was conducted to evaluate the removal efficiency of NH3 and H2S emitted from an industrial w...
The contamination of surface water sources by organic and inorganic pollutants is a major concern in...
Coir pith glucose syrup beads were used as a supporter in a biofilter system. The modified coir pith...
Sugarcane bagasse was used as a carrier material of microorganisms in two different biofilters used ...
Biofiltration has now become an indispensable treatment technique for the removal of low concentrati...
A biofiltration system was developed to treat benzene, toluene, ethylbenzene, and xylene (BTEX) and ...
International audienceIn biological gas treatment, like biofiltration of volatile organic compounds ...
Three identical upflow laboratory-scale biofilters, inoculated with the benzene-degrading strain Pse...
243-248To examine biofilter response with varying loading rate, a laboratory-based biofilter, packed...
Biofiltration of process waste–gas streams using microorganisms attached to porous support matrix, a...
Biofiltration has quickly become an effective choice for treating odorous air streams as well as air...
Results are reported and discussed on the treatment of benzene-polluted air streams with a laborator...
Two membrane biofiltration systems that overcome many limitations of conventional compost biolfilter...
In this research, a biofiltration process to remove ammonia gas from gas stream using agricultural r...
In this project, a laboratory-scale biofilter was constructed and operated to treat an air stream ar...
A study was conducted to evaluate the removal efficiency of NH3 and H2S emitted from an industrial w...
The contamination of surface water sources by organic and inorganic pollutants is a major concern in...
Coir pith glucose syrup beads were used as a supporter in a biofilter system. The modified coir pith...
Sugarcane bagasse was used as a carrier material of microorganisms in two different biofilters used ...
Biofiltration has now become an indispensable treatment technique for the removal of low concentrati...
A biofiltration system was developed to treat benzene, toluene, ethylbenzene, and xylene (BTEX) and ...
International audienceIn biological gas treatment, like biofiltration of volatile organic compounds ...
DOI
Add to ORKG