Anaerobic digestion is a worldwide technology to treat organic waste streams, primarily due to its capacity to produce methane as renewable energy. However, there is an increasing interest on nutrient recovery (N and P), which from both environmental and economic reasons have been identifi ed as key feature in anaerobic digestion plants. The manuscript presents a comprehensive overview on recent advances in nutrient recovery technologies applicable for anaerobic digestion systems. The review focus on N and P recovery through the use of digestates as fertilizers, struvite precipitation and biological systems such as phycoremediation (i.e. algae cultivation) and polyphosphates accumulating organism
The use of microalgae in wastewater systems has shown to be an effective strategy for secondary trea...
The wastewater treatment process has developed with the primary goals of protecting receiving water ...
In the past decades, anaerobic digestion (AD) has steadily gained importance. However, the technolog...
Nutrient recovery from digested biodegradable waste as marketable products has become an important t...
Anaerobic digestion is a key technology for the treatment of organic waste streams and is used world...
In nitrate vulnerable zones application of animal manure to land is limited. Digestate from anaerobi...
Technologies to recover nitrogen, phosphorus, and potassium from waste streams have undergone accele...
Anaerobic digesters are used worldwide to produce bioenergy and sustainably treat organic waste from...
The sustainable production of fertilizers, especially those based on phosphorus, will be one of the ...
The world is currently witnessing a rapid increase in sewage sludge (SS) production, due to the incr...
Biowaste (i.e. animal manure, sewage sludge, food and feed waste) is the most abundant waste stream ...
The sustainable production of fertilizers, especially those based on phosphorus, will be one of the ...
Anaerobic digestion is often applied for biological conversion and valorization of organic waste, wa...
The general performance of anaerobic digestiers and the diversity of wastes which they can treat hav...
The use of microalgae in wastewater systems has shown to be an effective strategy for secondary trea...
The wastewater treatment process has developed with the primary goals of protecting receiving water ...
In the past decades, anaerobic digestion (AD) has steadily gained importance. However, the technolog...
Nutrient recovery from digested biodegradable waste as marketable products has become an important t...
Anaerobic digestion is a key technology for the treatment of organic waste streams and is used world...
In nitrate vulnerable zones application of animal manure to land is limited. Digestate from anaerobi...
Technologies to recover nitrogen, phosphorus, and potassium from waste streams have undergone accele...
Anaerobic digesters are used worldwide to produce bioenergy and sustainably treat organic waste from...
The sustainable production of fertilizers, especially those based on phosphorus, will be one of the ...
The world is currently witnessing a rapid increase in sewage sludge (SS) production, due to the incr...
Biowaste (i.e. animal manure, sewage sludge, food and feed waste) is the most abundant waste stream ...
The sustainable production of fertilizers, especially those based on phosphorus, will be one of the ...
Anaerobic digestion is often applied for biological conversion and valorization of organic waste, wa...
The general performance of anaerobic digestiers and the diversity of wastes which they can treat hav...
The use of microalgae in wastewater systems has shown to be an effective strategy for secondary trea...
The wastewater treatment process has developed with the primary goals of protecting receiving water ...
In the past decades, anaerobic digestion (AD) has steadily gained importance. However, the technolog...