Anaerobic Digestion Model applied to the anaerobic co-digestion of sewage sludge, macroalgae and crude glyceroldoi:10.34622/datarepositorium/VSWYGSRepositório de Dados da Universidade do Minho2023-01-182Oliveira, Pedro; Durate, M. Salomé; Oliveira, João V.; Silva, Sérgio; Novais, Paulo; Pereira, M. Alcina; Alves, M. Madalena; Martins, Gilberto, 2023, "Anaerobic Digestion Model applied to the anaerobic co-digestion of sewage sludge, macroalgae and crude glycerol", https://doi.org/10.34622/datarepositorium/VSWYGS, Repositório de Dados da Universidade do Minho, V2, UNF:6:olklkyJx1oDWB+5A0xAdhA== [fileUNF]Anaerobic Digestion Model applied to the anaerobic co-digestion of sewage sludge, macroalgae and crude glyceroldoi:10.34622/datarepositorium/VSWYGSOliveira, PedroDurate, M. SaloméOliveira, João V.Silva, SérgioNovais, PauloPereira, M. AlcinaAlves, M. MadalenaMartins, GilbertoRepositório de Dados da Universidade do MinhoMartins, GilbertoMartins, Gilberto2023-01-17Computer and Information ScienceEarth and Environmental SciencesEngineeringMathematical modelAnaerobic DigestionADMThe anaerobic digestion model no.1 (ADM1) was applied to simulate three anaerobic bioreactors degrading sewage sludge, macroalgae and crude glycerol. In brief, ADM1 describes the different steps of AD: disintegration, hydrolysis, acidogenesis, acetogenesis, and methanogenesis (Batstone et al., 2002), and considers 26 state variables and 19 biochemical reactions associated with 7 bacterial populations. More details about model description and model parameters can be found in Batstone et al., (2002) and Rosen and Jeppsson, (2006). The present data set provides the initial conditions files and the input files for the ADM1 Matlab/Simulink implementation proposed by Rosen and Jeppsson, (2006).CC0 WaiverINPUT_v1.tab40434text/tab-separated-valuesUNF:6:olklkyJx1oDWB+5A0xAdhA==AUNF:6:cEQdk0l+hUZSJrScO164AQ==1UNF:6:9VCl1RQJqzZj7e52K3tRlw==2UNF:6:8eWrwK3SG0a127OR9FYH1g==3UNF:6:ssy+KNL3KBI3YO1Rl0fxHQ==4UNF:6:KuL2ZuYiEinzpCmcdjQ73Q==5UNF:6:VqT2ZJIr4VIVFBnFwkB94g==6UNF:6:yLUKAKSvEfHT7ZtKrbt2AQ==7UNF:6:RUW4VcNbj1Rl0WIaA45/jA==8UNF:6:I5OJi1JmxbrY8XyXTa+nfA==9UNF:6:3NpuTJq5dCuy04lKgbsnlA==10UNF:6:c+E1KKZzAsy4Blji+TgOFA==11UNF:6:UCPHrab3JtT7cEjv+Ht7tw==12UNF:6:kiWIaSozIgSzGO770Tpmow==13UNF:6:owIbvLV1XOB+3MoQtS4tMw==14UNF:6:jqDHT/8j4zGHso6QjYjXBg==15UNF:6:+ijMqpTqYeIbZhf83ClLWg==16UNF:6:F9r6s2G30HkYD+DfFHqn8w==17UNF:6:vuuaYds6yGDBy1sz79tlWw==18UNF:6:cSmbk8QvwGYeS9AJdoXRbQ==19UNF:6:eKCtBGqSnJNgnwQvsFYFWA==20UNF:6:13z50VLoxWMmh30yFMN24Q==21UNF:6:4o3CGz+gYfDM07oPqGFFgQ==22UNF:6:GBpshviGJJriSgNVnZUW6g==23UNF:6:Aa64Zo+km/8l4ADDnHkLSg==24UNF:6:+XqWncz60LW5i9a0dltd/Q==25UNF:6:z8/ZKXUtjd4ixpGqtZkqKg==26UNF:6:uEf0nIVb2uX+GI3Rvsj8ZQ==27UNF:6:+NWuUGcOD0DXU7G+jWJZxA==28UNF:6:af4C/DgNzc1V2nJ3P4ZXow==29UNF:6:EJJfjOL2UFJsRFca6NEFGg==30UNF:6:EJJfjOL2UFJsRFca6NEFGg==31UNF:6:EJJfjOL2UFJsRFca6NEFGg==32UNF:6:EJJfjOL2UFJsRFca6NEFGg==33UNF:6:EJJfjOL2UFJsRFca6NEFGg==00_readme.txtreadme filetext/plainadm1init_default.minitialisation file - literature valuestext/plainadm1init_final.minitialisation file - iteration #finaltext/plainadm1init_it1.minitialisation file - iteration #1text/plainadm1init_it3.minitialisation file - iteration #3text/plainadm1init_it4.minitialisation file - iteration #4text/plainadm1init_it5.minitialisation file - iteration #5text/plain