In this study, enzymatic treatment was tested to increase the biogas yield of wheat straw (WS) and digested manure fibers (DMF) in the Re-Injection Loop Concept, which combines anaerobic digestion with solid separation to enhance the biogas yield per ton of manure by:1. Digestion of the easily degradable fraction of manure in the biogas process.2. Separation of the residual recalcitrant digested fiber fraction project.3. Ultrasound and/or enzymatic treatment of the digested fiber fraction.4. Recirculation of the treated fiber fraction into the reactor
The goal of this research was to appraise the effect of combined inoculation on the performance of a...
ArticleThe aim of the study was to confirm the suitability of alternative input substrates for pro...
Bioaugmentation with anaerobic fungi (AF2) is promising for improved biogas generation from lignocel...
There is a huge unexploited biogas potential from manure and agricultural residues in Europe and wor...
The continuously increasing demand for renewable energy sources renders anaerobic digestion to one o...
Anaerobic digestion of manure fibers present challenges due to their low biodegradability. Aqueous a...
Based on numerous investigations on increasing the biogas yield of manure, a new concept was develop...
Purpose: Increasing the methane productivity of manure based biogas plants is challenging because th...
AAS treatment is a very efficient method to increase the methane potential of manure fibers. The che...
Background: Enzymatic treatment of lignocellulosic material for increased biogas production has so f...
The continuously increasing demand for renewable energy sources renders anaerobic digestion to one o...
Moving from a fossil dependent to a fossil free economy requires increased energy production from re...
This study aimed to investigate the effect of bioaugmentation on microbial community and function in...
The hydrolysis of lignocellulose is assumed to be the rate-limiting step in the anaerobic fermentati...
In order to secure an economically feasible operation of manure-based biogas plants in Denmark there...
The goal of this research was to appraise the effect of combined inoculation on the performance of a...
ArticleThe aim of the study was to confirm the suitability of alternative input substrates for pro...
Bioaugmentation with anaerobic fungi (AF2) is promising for improved biogas generation from lignocel...
There is a huge unexploited biogas potential from manure and agricultural residues in Europe and wor...
The continuously increasing demand for renewable energy sources renders anaerobic digestion to one o...
Anaerobic digestion of manure fibers present challenges due to their low biodegradability. Aqueous a...
Based on numerous investigations on increasing the biogas yield of manure, a new concept was develop...
Purpose: Increasing the methane productivity of manure based biogas plants is challenging because th...
AAS treatment is a very efficient method to increase the methane potential of manure fibers. The che...
Background: Enzymatic treatment of lignocellulosic material for increased biogas production has so f...
The continuously increasing demand for renewable energy sources renders anaerobic digestion to one o...
Moving from a fossil dependent to a fossil free economy requires increased energy production from re...
This study aimed to investigate the effect of bioaugmentation on microbial community and function in...
The hydrolysis of lignocellulose is assumed to be the rate-limiting step in the anaerobic fermentati...
In order to secure an economically feasible operation of manure-based biogas plants in Denmark there...
The goal of this research was to appraise the effect of combined inoculation on the performance of a...
ArticleThe aim of the study was to confirm the suitability of alternative input substrates for pro...
Bioaugmentation with anaerobic fungi (AF2) is promising for improved biogas generation from lignocel...