Microbial data of thermal pretreatment of organic (OFMSW) and mineral wastes at mesophilic temperature

Mineral wastes utilised for thermal pretreatment of OFMSW, followed by anaerobic digestion at mesophilic temperature of 37oC in lab scale continuous stirred reactor systems (CSTR). Genomic DNA of samples of digestate from these reactors were used for Illumina Hiseq 16S rRNA analysis

Data of improving the methane productivity of anaerobic digestion using aqueous extracts from municipal solid waste incinerator ash

Raw Illumina sequence data for 16S RNA and qimme2 files. Data collected from digetate of two-stage mesophilic lab rectors digesting OFMSW and amended with mineral waste additives

Illumina sequencing data from digestae samples collected from mesophilic anaerobic bioreactors digesting a synthetic organic waste supplemented with mineral wastes from MSWI and construction demolition wastes.

Data of "Co-digestion of organic and mineral wastes for enhanced biogas production: Reactor performance and evolution of microbial community and function".Samples of reactor digestate collected at different time intervals, DNA extracted thenRelated articles: https://doi.org/10.1016/j.wasman.2019.02.021https://doi.org/10.1016/j.dib.2019.10393

Genomic data of food waste and wheat straw co-digestion

Impact of trace element addition relative to wheat straw co-digestion on anaerobic digestion of food wast

Data of improving the methane productivity of anaerobic digestion using aqueous extracts from municipal solid waste incinerator ash

Raw Illumina sequence data for 16S RNA and qimme2 files.Data collected from digetate of two-stage mesophilic lab rectors digesting OFMSW and amended with mineral waste additives

Microbial data of pre-treatment of organic (OFMSW) and mineral wastes at mesophilic temperature

Mineral wastes utilised for pretreatment of OFMSW, followed by anaerobic digestion at mesophilic temperature of 37oC in lab scale continuous stirred reactor systems (CSTR). Genomic DNA of samples of digestate from these reactors were used for Illumina Hiseq 16S rRNA analysis

Genomic data of food waste and wheat straw co-digestion

Impact of trace element addition relative to wheat straw co-digestion on anaerobic digestion of food wast

Effects of incineration bottom ash and ammonia on the acidogenic stage of two-stage mesophilic anaerobic digestion

Batch mesophilic 37oC reactors fed with acetic acid (0.5 mL AC/L every 5-6 days), have been amended with different amount of incineration bottom ash/ and ammonium chloride for 120 days. At the start of the experiments, different mass of IBA was added to the reactors which had been amended with IBA. Then the group of the reactors which amended with NH4CL had received 4 g/L NH4Cl every run of 5-6 days. In parallel batch reactors without IBA/ and NH4Cl were also run. Reactor performance (methane production) and stability (pH drop and VFA accumulation) were investigated. On day end of the experiments i.e. on day 120, a representative digestate sample was collected from each reactor, then sequenced for 16S rRNA gene. The sequence files shown in this data set are fastq files from the illumina sequencing analysis

Microbial data of pre-treatment of organic (OFMSW) and mineral wastes at mesophilic temperature

Mineral wastes utilised for pretreatment of OFMSW, followed by anaerobic digestion at mesophilic temperature of 37oC in lab scale continuous stirred reactor systems (CSTR). Genomic DNA of samples of digestate from these reactors were used for Illumina Hiseq 16S rRNA analysis

Genomic data of food waste and wheat straw co-digestion

Impact of trace element addition relative to wheat straw co-digestion on anaerobic digestion of food wasteTHIS DATASET IS ARCHIVED AT DANS/EASY, BUT NOT ACCESSIBLE HERE. TO VIEW A LIST OF FILES AND ACCESS THE FILES IN THIS DATASET CLICK ON THE DOI-LINK ABOV