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Processes for Bioenergy and Resources Recovery from Biowaste
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Processes for Bioenergy and Resources Recovery from Biowaste
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Journal Article
Processes for Bioenergy and Resources Recovery from Biowaste
2020
Overview
Pre-treatment of feedstock prior to anaerobic digestion has been explored and adopted in full-scale anaerobic digestion facilities [8], while further research is required for process optimization. [...]in recent years, amending conductive materials in digesters [7], integrating anaerobic digestion with microbial electrochemical systems has also been demonstrated to be a potential approach to overcome process kinetics and stability issues faced in conventional digesters [9]. [...]anaerobic fermentation of sludge has been adopted by many wastewater treatment plants to produce organic acids to supplement exogenous electron donors to the biological nutrient removal process [10]. Notably, the higher moisture content, lower energy density, non-uniformity of waste biomass can significantly influence process performance [12]. [...]efficient and economically viable thermochemical conversion processes for various waste streams are yet to be developed. Based on their results, the temperature used in thermal hydrolysis was the most important factor influencing the yield of volatile organic acids from anaerobic fermentation. [...]the authors commented that pretreatment conditions could be adjusted to manipulate product spectrums for target applications, including biological nutrient removal, biopolymer synthesis, and so on.
