DOI: 10.57760/sciencedb.28379
title: The liquid digestion residue of Humulus scandens was treated with Chlorella by microalgae remediation combined with high value-added biomass production. Including the content of biomass components (sugar, protein, lipid), pigment content (chlorophyll a, chlorophyll b, carotenoid), and wastewater treatment efficiency (biochemical oxygen demand, total nitrogen, total phosphorus).
title: The liquid digestion residue of Humulus scandens was treated with Chlorella by microalgae remediation combined with high value-added biomass production. Including the content of biomass components (sugar, protein, lipid), pigment content (chlorophyll a, chlorophyll b, carotenoid), and wastewater treatment efficiency (biochemical oxygen demand, total nitrogen, total phosphorus).

description: The dataset mainly contains biomass component data, including the contents of sugar, lipid, and protein; the contents of chlorophyll a, chlorophyll b, and carotenoid; and fluorescence parameter values. Physicochemical properties of Humulus scandens digestate and Humulus scandens fermented liquid；Biomass concentration and maximum growth rate (µmax) of Chlorella sp. cultivated under various conditions， Data are means ± SD (n = 2)；Remediation of Humulus scandens digestate during cultivation of Chlorella sp., expressed as COD, TN, and TP removal. Effluents derived from anaerobic digesters are sustainable sources for the cultivation of microalgae, which not only effectively treats digestate but also yields valuable raw materials for bio-based products. Humulus scandens fermented liquid (HSFL) was initially utilized for cultivating Chlorella sp. and has proven to be a promising medium for microalgal cultivation. However, further research is required before large-scale applications of both Humulus scandens digestate (HSD) and HSFL can be established. This study investigated the cultivation of Chlorella sp. within HSD and HSFL and investigated the possible utilization of the biomass generated under various experimental conditions, including different culture patterns and dilution proportions. The files are named based on the content of the data itself, and there are a total of 8 files.
description: The dataset mainly contains biomass component data, including the contents of sugar, lipid, and protein; the contents of chlorophyll a, chlorophyll b, and carotenoid; and fluorescence parameter values. Physicochemical properties of Humulus scandens digestate and Humulus scandens fermented liquid；Biomass concentration and maximum growth rate (µmax) of Chlorella sp. cultivated under various conditions， Data are means ± SD (n = 2)；Remediation of Humulus scandens digestate during cultivation of Chlorella sp., expressed as COD, TN, and TP removal. Effluents derived from anaerobic digesters are sustainable sources for the cultivation of microalgae, which not only effectively treats digestate but also yields valuable raw materials for bio-based products. Humulus scandens fermented liquid (HSFL) was initially utilized for cultivating Chlorella sp. and has proven to be a promising medium for microalgal cultivation. However, further research is required before large-scale applications of both Humulus scandens digestate (HSD) and HSFL can be established. This study investigated the cultivation of Chlorella sp. within HSD and HSFL and investigated the possible utilization of the biomass generated under various experimental conditions, including different culture patterns and dilution proportions. The files are named based on the content of the data itself, and there are a total of 8 files.