易腐有机固废好氧生物转化过程中污染气体减排与原位控制技术研究中的污染气体指标数据

研究了不同好氧生物转化工艺下污染气体的排放规律，并探究了初始物料与运行参数对污染气体排放的影响，开展了物理、化学和微生物等材料的减排效果和基于生物转化全过程污染气体减排的多手段联合的二次污染控制技术研究。共813个样品，样品检测在中国农业大学进行，研究数据过程包括气体指标（NH3、H2S、CO2、CH4、N2O）。

This study investigated the emission patterns of pollutant gases under various aerobic biotransformation processes, and explored the effects of initial feedstocks and operating parameters on such emissions. Additionally, research was carried out on the emission reduction performance of physical, chemical, and microbial materials, as well as multi-combined secondary pollution control technologies for full-process pollutant gas emission reduction based on biotransformation. A total of 813 samples were collected, with sample testing conducted at China Agricultural University. The research dataset includes the following gas indicators: NH3, H2S, CO2, CH4, and N2O.

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该数据集聚焦于易腐有机固废好氧生物转化过程中的污染气体排放规律，探究了初始物料与运行参数对排放的影响，并涉及减排效果和二次污染控制技术研究。数据包含813个样品，检测了NH3、H2S、CO2、CH4、N2O等气体指标。