Unlocking the potential differences and effects of the anode and cathode regions on N2O emissions during electric field-assisted aerobic composting [0.03%]
电场促进好氧堆肥过程中的厌氧氨氧化菌释氮特性及调控机制研究
Huayuan Shangguan,Chang Shen,Keren Ding et al.
Huayuan Shangguan et al.
Electric field-assisted aerobic composting (EAC) is a novel strategy for effectively mitigating nitrous oxide (N2O) emissions, but its deeper effects require further exploration. In this study, the differences in N2O emissions between the a...
Impact of bioaugmentation on psychrophilic anaerobic digestion of corn straw [0.03%]
生物强化对玉米秸秆耐冷厌氧消化的影响
Zezhou Shang,Xinjie Zhang,Xingyu Cheng et al.
Zezhou Shang et al.
In order to investigate the mechanisms by which bioaugmentation affects psychrophilic anaerobic digestion (AD), this study introduced a psychrophilic methanogenic culture into the sequencing batch of psychrophilic AD systems. The findings d...
Comparing continuous and perfusion cultivation of microalgae on recirculating aquaculture system effluent water [0.03%]
循环水养鱼系统尾水培养微藻的连续培养与灌注培养比较研究
Hanna Böpple,Petronella Margaretha Slegers,Peter Breuhaus et al.
Hanna Böpple et al.
Effluent water from recirculating aquaculture systems (RAS) contains nutrients from fish excrements and leftover feed. This study investigated the nutrient remediation potential from RAS effluent water through microalgae cultivation in 25 L...
Enhancing glycerol hydrogenolysis to n-propanol: Key role of Lewis acid in HZSM-5 supported Cu catalyst [0.03%]
HZSM-5负载Cu催化剂上甘油加氢制正丙醇：Lewis酸的作用机制研究
Wenguang Zhou,Zhen Wang,Jirong Long et al.
Wenguang Zhou et al.
Glycerol hydrogenolysis to n-propanol (1-PO) represents an approach to realize synthesizing sustainable fuels from biodiesel byproduct. However, it suffers from harsh reaction conditions and noble catalysts. Herein, a simple Cu20/HZSM-5(Si/...
Impact of carbon-based conductive materials on performance and microbial community composition during anaerobic digestion of butanol-octanol wastewater [0.03%]
碳基导电材料对丁醇-辛醇废水厌氧消化性能及微生物群落的影响
Jing Yang,Kaiyu Shen,Chunhua He et al.
Jing Yang et al.
Butanol-octanol wastewater (BOW) from coal syngas conversion with hazardous and high salinity could hinder anaerobic digestion (AD). The carbon-based conductive materials (CCM) appear viable for enhancing the AD capability of BOW. Neverthel...
Effects of biochar-loaded microbial agent in regulating nitrogen transformation and integration into humification for straw composting [0.03%]
生物炭載微生物劑調控秸稈堆肥氮轉化及促腐作用 эффекты биохара, загруженного микробным агентом, при регулировании трансформации азота и интеграции в гумификацию при компостирующих солому
Mingxing Li,Hui Jiang,Ruiding Li et al.
Mingxing Li et al.
Exogenous additives can impact organic matter transformation in composting, but their effects on nitrogen conversion and humification in straw composting require clarification. This study investigated how rice husk biochar-loaded microbial ...
Na related nanowhisker-containing biochar obtained from self-catalyzation and functionalization of papermaking black liquor lignin with superior heavy metal immobilization capability [0.03%]
一种含有纳米 whisker 的 Na 相关生物炭，用于固定制浆黑液木质素中的自催化和功能化重金属能力优越
Jianli Zhang,Yutong Peng,Taoze Liu et al.
Jianli Zhang et al.
In this study, papermaking black liquor lignin (ULG) was directly used to produce biochar through pyrolysis. It was found that ULG has a high ash content (15.38 %), primarily consisting of Na-related minerals. During pyrolysis, the ash can ...
Deciphering bioprocess responses in organic phosphorus mineralization to different antibiotic stresses: Interaction mechanisms mediated by microbial succession and extracellular polymeric substances and regulatory patterns [0.03%]
抗生素胁迫下有机磷矿化过程的微生物驱动机理及解译：微界面胞外聚合物介导的作用机制与调控模式
Zhenchao Wu,Jie Kang,Liangyang Mao et al.
Zhenchao Wu et al.
Understanding the impacts and mechanisms of different antibiotics on organic phosphorus (OP) mineralization is crucial for promoting the rational utilization of resources and protecting the ecological environment. In this study, the effects...
Distinct lignocelluloses of plant evolution are optimally selective for complete biomass saccharification and upgrading Cd2+/Pb2+ and dye adsorption via desired biosorbent assembly [0.03%]
植物进化中不同类型的木质纤维素可实现完整的生物量糖化和改性以及通过所需的吸附剂组装进行Cd2 +/ Pb2 +和染料吸附
Huiyi Zhang,Yongtai Wang,Hao Peng et al.
Huiyi Zhang et al.
In this study, 15 plant species representing plant evolution were selected, and distinct lignocellulose compositions for largely varied biomass enzymatic saccharification were detected. By comparison, the acid-pretreated lignocellulose of r...
Effect of light intensity on nitrogen removal, enzymatic activity and metabolic pathway of algal-bacterial symbiosis in rotating biological contactor treating mariculture wastewater [0.03%]
光照强度对旋转生物接触反应器藻菌共生系统氮素移除、酶活及代谢途径的影响
Guangyu Chu,Chang Gao,Qianzhi Wang et al.
Guangyu Chu et al.
An algal-bacterial symbiosis (ABS) system was developed on a rotating biological contactor treating mariculture wastewater, and its nitrogen removal, enzymatic activity and metabolic pathways were investigated under different light intensit...