Enhanced electron transfer for the improvement of nitrogen removal efficiency and N2O reduction at low temperatures [0.03%]
低温下提高脱氮效率和减少N2O排放的增强电子转移方法
Bangrui Lan,Chunlei Liu,Shanyun Wang et al.
Bangrui Lan et al.
Low temperature generally restricts biological activity, slowing down electron transfer in biogeochemical cycles and causing a series of environmental problems such as nitrogen pollution. We present a strategy to boost electron transfer in ...
Unveiling the potential of aluminum-decorated 3D phosphorus graphdiyne as a catalyst for N2O reduction [0.03%]
一种氮氧化物还原催化剂——铝修饰三维磷掺杂图炔催化材料
Shehzad Ahmed,Adnan Ali Khan,Danish Khan et al.
Shehzad Ahmed et al.
Interest in single-atom catalysts (SACs) has surged due to their potential to mitigate greenhouse N2O gas from the environment. In this study, we explore the potential of N2O reduction using porous 3D phosphorus graphdiyne decorated with an...
nosZ II/nosZ I ratio regulates the N2O reduction rates in the eutrophic lake sediments [0.03%]
nosZ II/ nosZ I 比值调节富营养化湖泊沉积物中的 N₂O 还原速率
Sichuan Zhao,Yihong Liu,Lu Xu et al.
Sichuan Zhao et al.
Nitrous oxide (N2O) is a more potent greenhouse gas with an atmospheric lifetime of 121 years, contributing significantly to climate change and stratospheric ozone depletion. Lakes are hotspots for N2O release due to the imbalance between N...
Cu site differentiation in tetracopper(i) sulfide clusters enables biomimetic N2O reduction [0.03%]
铜(I)硫化物簇中活性位点的分化实现对N₂O的催化还原
Pinar Alayoglu,Suresh C Rathnayaka,Tieyan Chang et al.
Pinar Alayoglu et al.
Copper clusters feature prominently in both metalloenzymes and synthetic nanoclusters that mediate catalytic redox transformations of gaseous small molecules. Such reactions are critical to biological energy conversion and are expected to b...
Exploring Si-centered phthalocyanine as a single atom catalyst for N2O reduction: a DFT study [0.03%]
基于DFT计算的以单原子催化剂Si为中心的酞菁类催化剂还原N₂O性能探索研究
Adnan Ali Khan,Sarah Abdullah Alsalhi,Ata Ur Rahman
Adnan Ali Khan
To remove the greenhouse gas N2O from the environment, recently, researchers have taken great interest in single-atom catalysts (SACs). In this study, we investigated various reaction pathways and barrier energies for the N2O reduction proc...
Guang He,Gao Chen,Yongchao Xie et al.
Guang He et al.
Nitrous oxide (N2O) is a climate-active gas with emissions predicted to increase due to agricultural intensification. Microbial reduction of N2O to dinitrogen (N2) is the major consumption process but microbial N2O reduction under acidic co...
Application of atomic-scale mechanistic insights into carbon-catalyzed N2O reduction for kinetic modeling construction [0.03%]
基于原子尺度机理洞察的碳催化一氧化二氮还原反应的动力学模型构建应用
Zehong Li,Wei Zhang,Xili Yang et al.
Zehong Li et al.
To achieve the collaborative elimination of N2O and carbon of potent greenhouse pollutants from automotive mobile sources, a chemical kinetic model is developed to accurately track the heterogeneous process of carbon-catalyzed N2O reduction...
Synchronous Achievement of Advanced Nitrogen Removal and N2O Reduction in the Anoxic Zone in the AOA Process for Low C/N Municipal Wastewater [0.03%]
AOA工艺中低碳氮比城市污水同步实现高级脱氮和厌氧区硝化抑制的效果研究
Zeming An,Xinjie Gao,Baishuo Shao et al.
Zeming An et al.
Continuous flow processes for the in situ determination of N2O emissions during low C/N municipal wastewater treatment have rarely been reported. The anaerobic/aerobic/anoxic (AOA) process has recently shown promising potential in energy sa...
Denitrification by Bradyrhizobia under Feast and Famine and the Role of the bc1 Complex in Securing Electrons for N2O Reduction [0.03%]
Bradyrhizobia在丰饶与匮乏下的反硝化作用以及bc1复合体在确保电子以还原N2O中的作用
Yuan Gao,Magnus Øverlie Arntzen,Morten Kjos et al.
Yuan Gao et al.
Rhizobia living as microsymbionts inside nodules have stable access to carbon substrates, but also must survive as free-living bacteria in soil where they are starved for carbon and energy most of the time. Many rhizobia can denitrify, thus...
Anodic TiO2 Nanotube Layers for Wastewater and Air Treatments: Assessment of Performance Using Sulfamethoxazole Degradation and N2O Reduction [0.03%]
用于废水和空气净化的阳极TiO2纳米管层：使用磺胺甲噁唑降解和N2O还原评估性能
Marcel Sihor,Sridhar Gowrisankaran,Alexandr Martaus et al.
Marcel Sihor et al.
The preparation of anodic TiO2 nanotube layers has been performed using electrochemical anodization of Ti foil for 4 h at different voltages (from 0 V to 80 V). In addition, a TiO2 thin layer has been also prepared using the sol-gel method....
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