Wastewater from a seasoning freeze-drying industry was electrolysed to increase its biodegradability. Stainless-steel electrodes were used at 9.09 A/m², for up to 80 min. Conductivity, pH, biochemical (BOD) and chemical (COD) oxygen demands, Daphnia similis acute toxicity bioassays, and bacteria counting through the plate count agar method were determined after different times of electrolysis. The results (e.g. higher BOD and lower COD) showed that the biodegradability of the wastewater was significantly increased; furthermore, Fe2+ ions liberated by the electrodes cause microorganisms to die and, when oxidised to Fe3+, contribute for the flocculation and sedimentation of solid residues
11-19The review aims at providing an overview of electrochemical processes used for accomplishing th...
Manufacturing industries synthesize new chemical products every day, which eventually find their way...
Understanding the efficiency of different wastewater treatment technologies tested under real condit...
Wastewater contains essential nutrients for crops, and after proper treatment its reuse is beneficia...
Animal, civil and industrial waste matter is a source of potential chemical, microbiological and air...
In this study, the potential to treat domestic wastewater (DWW) using an electrocoagulation (EC) pro...
ABSTRACT Food industry wastewater contains large amount of organic contaminants that cause water ...
International audienceWater is a natural product that is needed in many industrial uses, but some pr...
A viability study of an electrolytic process for the transformation of organic matter and free sulph...
The present investigation observed the effect of current density (CD), operating time (OT), inter el...
The speciality chemical process requires large volumes of water of high purity and generates equally...
Electrochemical generation of oxidants was studied to find new solutions to control microbial contam...
The treatability study of distillery wastewater by electrochemical (EC) oxidation technique as pretr...
An electrochemical (EC) method for treating industrial wastewater involves compact facilities, easy ...
Wastewater treatment technology is undergoing a transformation due to more restrictive regulations ...
11-19The review aims at providing an overview of electrochemical processes used for accomplishing th...
Manufacturing industries synthesize new chemical products every day, which eventually find their way...
Understanding the efficiency of different wastewater treatment technologies tested under real condit...
Wastewater contains essential nutrients for crops, and after proper treatment its reuse is beneficia...
Animal, civil and industrial waste matter is a source of potential chemical, microbiological and air...
In this study, the potential to treat domestic wastewater (DWW) using an electrocoagulation (EC) pro...
ABSTRACT Food industry wastewater contains large amount of organic contaminants that cause water ...
International audienceWater is a natural product that is needed in many industrial uses, but some pr...
A viability study of an electrolytic process for the transformation of organic matter and free sulph...
The present investigation observed the effect of current density (CD), operating time (OT), inter el...
The speciality chemical process requires large volumes of water of high purity and generates equally...
Electrochemical generation of oxidants was studied to find new solutions to control microbial contam...
The treatability study of distillery wastewater by electrochemical (EC) oxidation technique as pretr...
An electrochemical (EC) method for treating industrial wastewater involves compact facilities, easy ...
Wastewater treatment technology is undergoing a transformation due to more restrictive regulations ...
11-19The review aims at providing an overview of electrochemical processes used for accomplishing th...
Manufacturing industries synthesize new chemical products every day, which eventually find their way...
Understanding the efficiency of different wastewater treatment technologies tested under real condit...