A novel biofilter with an agitator to control excessive biomass accumulation, the agitating biotrickling filter (ABTF) system, was developed for treatment of gaseous styrene using Brevibacillus sp. as the sole microorganism the ABTF exhibited an elimination capacity of 3 kg styrene m(-3) day(-1). After 110 days, the biodegradation efficiency decreased because of the clogging. The excess biomass was effectively removed by agitation. After the first agitation step, 42.4 g biomass was eliminated, and the removal efficiency increased from 60% to 95%. Stable operation of the ABTF was achieved by controlling the biomass accumulation via the agitation of the filter bed
Biofiltration of gas-phase styrene was studied using a newly isolated fungus Sporothrix variecibatus...
Gas-phase styrene removal using the fungus, Sporothrix variecibatus was evaluated in a novel monol...
This study presents the operation of a biotrickling filter when treating a monochlorobenzene (MCB) c...
A biofiltration process was developed for styrene-containing off-gases using peat as filter materia...
A biotrickling filter (BTF) packed with porous polyurethane (PU) foam sheets was developed and opera...
In this work, ceramic pellets were used as packing material to establish a biotrickling filter (BTF)...
The biodegradation performance of a biofilter, inoculated with the fungus Sporothrix variecibatus, t...
Background: Styrene is produced in large quantities in the chemical industries and it has been liste...
The performance and feasibility of a pilot unit of biotrickling filter (BTF) for the treatment of in...
Styrene is an environmental pollutant, emitted in large quantities to the atmosphere by various indu...
Preliminary studies on the performance of a laboratory scale perlite biofilter inoculated with a mix...
The performance of a laboratory scale perlite biofilter inoculated with a mixed culture was evaluate...
The biological treatment of styrene waste gas in a trickle–bed filter (TBF) was investigated. The bi...
The removal of styrene was studied using 2 biofilters packed with peat and coconut fibre (BF1-P and ...
The biological treatment of styrene waste gas in a trickle-bed filter (TBF) was investigated. The bi...
Biofiltration of gas-phase styrene was studied using a newly isolated fungus Sporothrix variecibatus...
Gas-phase styrene removal using the fungus, Sporothrix variecibatus was evaluated in a novel monol...
This study presents the operation of a biotrickling filter when treating a monochlorobenzene (MCB) c...
A biofiltration process was developed for styrene-containing off-gases using peat as filter materia...
A biotrickling filter (BTF) packed with porous polyurethane (PU) foam sheets was developed and opera...
In this work, ceramic pellets were used as packing material to establish a biotrickling filter (BTF)...
The biodegradation performance of a biofilter, inoculated with the fungus Sporothrix variecibatus, t...
Background: Styrene is produced in large quantities in the chemical industries and it has been liste...
The performance and feasibility of a pilot unit of biotrickling filter (BTF) for the treatment of in...
Styrene is an environmental pollutant, emitted in large quantities to the atmosphere by various indu...
Preliminary studies on the performance of a laboratory scale perlite biofilter inoculated with a mix...
The performance of a laboratory scale perlite biofilter inoculated with a mixed culture was evaluate...
The biological treatment of styrene waste gas in a trickle–bed filter (TBF) was investigated. The bi...
The removal of styrene was studied using 2 biofilters packed with peat and coconut fibre (BF1-P and ...
The biological treatment of styrene waste gas in a trickle-bed filter (TBF) was investigated. The bi...
Biofiltration of gas-phase styrene was studied using a newly isolated fungus Sporothrix variecibatus...
Gas-phase styrene removal using the fungus, Sporothrix variecibatus was evaluated in a novel monol...
This study presents the operation of a biotrickling filter when treating a monochlorobenzene (MCB) c...