Wine distillery wastewaters (WDW) are acidic and have a high content of potential organic pollutants. This causes high chemical oxygen demand (COD) values. Polyphenols constitute a significant portion of this COD, and limit the efficiency of biological treatment of WDWs. WDW starting parameters were as follows: pH 3.83, 4,185 mg/l soluble COD (CODs) and 674.6 mg/l of phenols. During operation, amendments of CaCO3 and K2HPO4, individually or in combination, were required for buffering the digester
The effect of fungal pre-treatment using Trametes pubescens on the anaerobic digestion ultrafiltrati...
A large and increasing volume of wastewater is produced globally by the winery and distillery indust...
A large and increasing volume of wastewater is produced globally by the winery and distillery indust...
Wine distillery wastewaters (WDW) are acidic and have a high content of potential organic pollutants...
The combination of fungal pre-treatment with Trametes pubescens and anaerobic digestion were tested ...
The combination of fungal pre-treatment with Trametes pubescens and anaerobic digestion were tested ...
This review summarises research efforts and case studies in the treatment of wine distillery wastewa...
A combination of a submerged membrane bioreactor (SMBR) and a secondary digester was tested for the ...
Wine production is one of the leading sectors of the food processing industry. The wine industry pro...
The effect of fungal pre-treatment using Trametes pubescens on the anaerobic digestion ultrafiltrati...
This review summarises research efforts and case studies in the treatment of wine distillery wastewa...
Experiences in treating wine distillery wastewaters (WDWs) contribute to the field of oenology as ma...
Experiences in treating wine distillery wastewaters (WDWs) contribute to the field of oenology as ma...
Wine production is one of the leading sectors of the food processing industry. The wine industry pro...
The aim of this work was to study along of different cycles the biomass adaptation process to total ...
The effect of fungal pre-treatment using Trametes pubescens on the anaerobic digestion ultrafiltrati...
A large and increasing volume of wastewater is produced globally by the winery and distillery indust...
A large and increasing volume of wastewater is produced globally by the winery and distillery indust...
Wine distillery wastewaters (WDW) are acidic and have a high content of potential organic pollutants...
The combination of fungal pre-treatment with Trametes pubescens and anaerobic digestion were tested ...
The combination of fungal pre-treatment with Trametes pubescens and anaerobic digestion were tested ...
This review summarises research efforts and case studies in the treatment of wine distillery wastewa...
A combination of a submerged membrane bioreactor (SMBR) and a secondary digester was tested for the ...
Wine production is one of the leading sectors of the food processing industry. The wine industry pro...
The effect of fungal pre-treatment using Trametes pubescens on the anaerobic digestion ultrafiltrati...
This review summarises research efforts and case studies in the treatment of wine distillery wastewa...
Experiences in treating wine distillery wastewaters (WDWs) contribute to the field of oenology as ma...
Experiences in treating wine distillery wastewaters (WDWs) contribute to the field of oenology as ma...
Wine production is one of the leading sectors of the food processing industry. The wine industry pro...
The aim of this work was to study along of different cycles the biomass adaptation process to total ...
The effect of fungal pre-treatment using Trametes pubescens on the anaerobic digestion ultrafiltrati...
A large and increasing volume of wastewater is produced globally by the winery and distillery indust...
A large and increasing volume of wastewater is produced globally by the winery and distillery indust...