Add to ORKGThe application of a gas-permeable hydrophobic tubular membrane in bio-electrochemical systems enables efficient recovery of ammonia (NH3) from their cathode compartments. Due to a hydrogen evolution reaction at the cathode, no chemical addition was required to increase the pH for continuous NH3 recovery from wastewater.<p>The application of a gas-permeable hydrophobic tubular membrane in bio-electrochemical systems enables efficient recovery of ammonia (NH<sub>3</sub>) from their cathode compartments. Due to a hydrogen evolution reaction at the cathode, no chemical addition was required to increase the pH for continuous NH<sub>3</sub> recovery from wastewater.</p
In agriculture, the human urine could have been used as a natural fertilizer, although there are som...
In agriculture, the human urine could have been used as a natural fertilizer, although there are som...
Several emerging technologies for treatment or resource recovery from wastewater are based on the co...
The application of a gas-permeable hydrophobic tubular membrane in bio-electrochemical systems enabl...
The combination of hydrophobic membranes and microbial electrolysis cells (MEC) was assessed in two ...
Nutrient and energy recovery is becoming more important for a sustainable future. Recently, we devel...
Nutrient and energy recovery is becoming more important for a sustainable future. Recently, we devel...
Application of bioelectrochemical systems (BESs), for example for the production of hydrogen from or...
The combination of hydrophobic membranes and microbial electrolysis cells (MEC) was assessed in two...
Abundant in municipal, agricultural, and industrial wastewaters, ammonia is a versatile chemical, wh...
Abundant in municipal, agricultural, and industrial wastewaters, ammonia is a versatile chemical, wh...
In view of water eutrophication, global energy crisis and the carbon neutrality policies, the ammoni...
ABSTRACT Total Ammoniacal Nitrogen - TAN (NH3 + NH4+) in wastewaters cause environmental degradation...
Ion-exchange membrane is usually considered as an undesired component of electrolysis cell, as it in...
Wastewater contains significant amounts of nitrogen that can be recovered and valorized as fertilize...
In agriculture, the human urine could have been used as a natural fertilizer, although there are som...
In agriculture, the human urine could have been used as a natural fertilizer, although there are som...
Several emerging technologies for treatment or resource recovery from wastewater are based on the co...
The application of a gas-permeable hydrophobic tubular membrane in bio-electrochemical systems enabl...
The combination of hydrophobic membranes and microbial electrolysis cells (MEC) was assessed in two ...
Nutrient and energy recovery is becoming more important for a sustainable future. Recently, we devel...
Nutrient and energy recovery is becoming more important for a sustainable future. Recently, we devel...
Application of bioelectrochemical systems (BESs), for example for the production of hydrogen from or...
The combination of hydrophobic membranes and microbial electrolysis cells (MEC) was assessed in two...
Abundant in municipal, agricultural, and industrial wastewaters, ammonia is a versatile chemical, wh...
Abundant in municipal, agricultural, and industrial wastewaters, ammonia is a versatile chemical, wh...
In view of water eutrophication, global energy crisis and the carbon neutrality policies, the ammoni...
ABSTRACT Total Ammoniacal Nitrogen - TAN (NH3 + NH4+) in wastewaters cause environmental degradation...
Ion-exchange membrane is usually considered as an undesired component of electrolysis cell, as it in...
Wastewater contains significant amounts of nitrogen that can be recovered and valorized as fertilize...
In agriculture, the human urine could have been used as a natural fertilizer, although there are som...
In agriculture, the human urine could have been used as a natural fertilizer, although there are som...
Several emerging technologies for treatment or resource recovery from wastewater are based on the co...