Butanal is one of the odorous compounds produced in the animal-rendering and food-processing industries and also in sewage-treatment plants. It shows the necessity for complementing such plants with systems for off-gas treatment. Biofiltration using simple packing material was tested for the removal of butanal. Excellent results were obtained when the filters operated at optimal humidity and were supplemented with inorganic nutrients. Without nutrients, butyric acid was detected in the effluent gas, which may explain the lower efficiency of filters without nutrients. Under optimal conditions an elimination of around 90 g. m - 3. h - 1 was reached
Ammonia is a colorless, toxic, reactive and corrosive gas with a sharp odor. It is irritating to th...
Odorous gas treatment is a challenging task due to the difficulties in identifying odor specific ga...
One of the methods of deodorization of noxious gases is biofiltration. This method consists of pollu...
Butanal was chosen as a model compound for testing the performance of biofilters. It's a member of ...
Abstract The biological removal of ammonia and butanal in contaminated air was investigated by using...
Odour control from pig production facilities is a significant concern due to increased public awaren...
The removal of high concentrations of 1-butanol in an air stream was evaluated with a biotrickling f...
Two membrane biofiltration systems that overcome many limitations of conventional compost biolfilter...
Biofiltration has been increasingly used for cleaning waste gases, mostly containing low concentrati...
A polysulfone microporous membrane module was investigated for control of 1-butanol-contaminated gas...
Abstract: The performance of biofiltration to remove odours from animal rendering plant’s gaseous em...
This experiment examined the efficiency of biological removal of air contaminants performed with a p...
The chemical, physical and biological processes occurring in biofiltration are reviewed. A survey of...
Air cleaning efficiency tests on placing material load into the lavsan biofilter were carried out. T...
Composting produces several hundred different substances. Among them a considerable number of states...
Ammonia is a colorless, toxic, reactive and corrosive gas with a sharp odor. It is irritating to th...
Odorous gas treatment is a challenging task due to the difficulties in identifying odor specific ga...
One of the methods of deodorization of noxious gases is biofiltration. This method consists of pollu...
Butanal was chosen as a model compound for testing the performance of biofilters. It's a member of ...
Abstract The biological removal of ammonia and butanal in contaminated air was investigated by using...
Odour control from pig production facilities is a significant concern due to increased public awaren...
The removal of high concentrations of 1-butanol in an air stream was evaluated with a biotrickling f...
Two membrane biofiltration systems that overcome many limitations of conventional compost biolfilter...
Biofiltration has been increasingly used for cleaning waste gases, mostly containing low concentrati...
A polysulfone microporous membrane module was investigated for control of 1-butanol-contaminated gas...
Abstract: The performance of biofiltration to remove odours from animal rendering plant’s gaseous em...
This experiment examined the efficiency of biological removal of air contaminants performed with a p...
The chemical, physical and biological processes occurring in biofiltration are reviewed. A survey of...
Air cleaning efficiency tests on placing material load into the lavsan biofilter were carried out. T...
Composting produces several hundred different substances. Among them a considerable number of states...
Ammonia is a colorless, toxic, reactive and corrosive gas with a sharp odor. It is irritating to th...
Odorous gas treatment is a challenging task due to the difficulties in identifying odor specific ga...
One of the methods of deodorization of noxious gases is biofiltration. This method consists of pollu...