date: 2019-06-27T14:35:49Z
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subject: The process of anaerobic digestion in which waste biomass is transformed to methane by complex microbial communities has been modeled for more than 16 years by parametric gray box approaches that simplify process biology and do not resolve intracellular microbial activity.
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dc:title: Augmenting Biogas Process Modeling by Resolving Intracellular Metabolic Activity
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cp:subject: The process of anaerobic digestion in which waste biomass is transformed to methane by complex microbial communities has been modeled for more than 16 years by parametric gray box approaches that simplify process biology and do not resolve intracellular microbial activity.
pdf:docinfo:subject: The process of anaerobic digestion in which waste biomass is transformed to methane by complex microbial communities has been modeled for more than 16 years by parametric gray box approaches that simplify process biology and do not resolve intracellular microbial activity.
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dc:description: The process of anaerobic digestion in which waste biomass is transformed to methane by complex microbial communities has been modeled for more than 16 years by parametric gray box approaches that simplify process biology and do not resolve intracellular microbial activity.
Keywords: anaerobic digestion, process modeling, ADM1, flux-balance-analysis, microbial community modeling, metabolic pathways
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dc:creator: Florian Centler
description: The process of anaerobic digestion in which waste biomass is transformed to methane by complex microbial communities has been modeled for more than 16 years by parametric gray box approaches that simplify process biology and do not resolve intracellular microbial activity.
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title: Augmenting Biogas Process Modeling by Resolving Intracellular Metabolic Activity
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