Dataset for publication: Bioethanol manufacturing from industrial olive pomace slurry through integrated hydrothermal carbonisation and non-conventional yeast-based fermentation processes

Datset for yeast calibration curve, phenols and xylose Abreviations and codes presented in the publication entitled "Bioethanol manufacturing from industrial olive pomace slurry through integrated hydrothermal carbonisation and non-conventional yeast-based fermentation processes" Abbreviations of samples:OP = Two phase olive pomace slurryM180-2 = Hydrolysate produced by microwave hydrothermal carbonisation at 180 °C with 2 min holding timeM180-16 = Hydrolysate produced by microwave hydrothermal carbonisation at 180 °C with 16 min holding timeM180-30 = Hydrolysate produced by microwave hydrothermal carbonisation at 180 °C with 30 min holding timeM215-2 = Hydrolysate produced by microwave hydrothermal carbonisation at 215 °C with 2 min holding time M215-16 = Hydrolysate produced by microwave hydrothermal carbonisation at 215 °C with 16 min holding timeM215-30 = Hydrolysate produced by microwave hydrothermal carbonisation at 215 °C with 30 min holding timeM250-2 = Hydrolysate produced by microwave hydrothermal carbonisation at 250 °C with 2 min holding timeM250-16 = Hydrolysate produced by microwave hydrothermal carbonisation at 250 °C with 16 min holding timeM250-30 = Hydrolysate produced by microwave hydrothermal carbonisation at 250 °C with 30 min holding time C180-2 = Hydrolysate produced by conventional hydrothermal carbonisation at 180 °C with 2 min holding timeC180-16 = Hydrolysate produced by conventional hydrothermal carbonisation at 180 °C with 16 min holding timeC180-30 = Hydrolysate produced by conventional hydrothermal carbonisation at 180 °C with 30 min holding timeC215-2 = Hydrolysate produced by conventional hydrothermal carbonisation at 215 °C with 2 min holding time C215-16 = Hydrolysate produced by conventional hydrothermal carbonisation at 215 °C with 16 min holding timeC215-30 = Hydrolysate produced by conventional hydrothermal carbonisation at 215 °C with 30 min holding timeC250-2 = Hydrolysate produced by conventional hydrothermal carbonisation at 250 °C with 2 min holding timeC250-16 = Hydrolysate produced by conventional hydrothermal carbonisation at 250 °C with 16 min holding timeC250-30 = Hydrolysate produced by conventional hydrothermal carbonisation at 250 °C with 30 min holding time用于酵母校准曲线、酚类与木糖检测的数据集 本数据集所采用的缩写与编码源自题为《基于集成水热碳化（hydrothermal carbonisation）与非常规酵母（non-conventional yeast）发酵工艺从工业橄榄果渣浆料（olive pomace slurry）制备生物乙醇（bioethanol）》（Bioethanol manufacturing from industrial olive pomace slurry through integrated hydrothermal carbonisation and non-conventional yeast-based fermentation processes）的学术论文。 样本缩写说明： OP = 两相橄榄果渣浆料 M180-2 = 于180℃、保温2分钟条件下经微波水热碳化（microwave hydrothermal carbonisation）制备的水解液（hydrolysate） M180-16 = 于180℃、保温16分钟条件下经微波水热碳化制备的水解液 M180-30 = 于180℃、保温30分钟条件下经微波水热碳化制备的水解液 M215-2 = 于215℃、保温2分钟条件下经微波水热碳化制备的水解液 M215-16 = 于215℃、保温16分钟条件下经微波水热碳化制备的水解液 M215-30 = 于215℃、保温30分钟条件下经微波水热碳化制备的水解液 M250-2 = 于250℃、保温2分钟条件下经微波水热碳化制备的水解液 M250-16 = 于250℃、保温16分钟条件下经微波水热碳化制备的水解液 M250-30 = 于250℃、保温30分钟条件下经微波水热碳化制备的水解液 C180-2 = 于180℃、保温2分钟条件下经常规水热碳化制备的水解液 C180-16 = 于180℃、保温16分钟条件下经常规水热碳化制备的水解液 C180-30 = 于180℃、保温30分钟条件下经常规水热碳化制备的水解液 C215-2 = 于215℃、保温2分钟条件下经常规水热碳化制备的水解液 C215-16 = 于215℃、保温16分钟条件下经常规水热碳化制备的水解液 C215-30 = 于215℃、保温30分钟条件下经常规水热碳化制备的水解液 C250-2 = 于250℃、保温2分钟条件下经常规水热碳化制备的水解液 C250-16 = 于250℃、保温16分钟条件下经常规水热碳化制备的水解液 C250-30 = 于250℃、保温30分钟条件下经常规水热碳化制备的水解液