数字农科院2.0

Greenhouse gas emissions from swine manure stored at different stack heights

文献类型： 外文期刊

作者： Dong, Hongmin;Zhu, Zhiping;Zhou, Zhongkai;Chen, Yongxing;Xin, Hongwei

作者机构：

关键词： Swine manure;Storage;Stack height;GHG emissions

期刊名称： ANIMAL FEED SCIENCE AND TECHNOLOGY

ISSN：

年卷期：

页码：

收录情况： SCI

摘要： Swine manure storage is a source of greenhouse gas (GHG) emissions. This study was conducted to quantify CO2, CH4 and N2O emissions from swine manure stored at different stack heights using dynamic emission vessels. Stack heights of 10, 20, and 40 cm to cover the typical range of manure stack heights, were examined at 25 degrees C with a ventilation rate of 20 air changes/h with each regimen replicated thrice. Results show that the GHG emissions increased on the 2nd to 3rd day of manure storage then decreased to became stable after 10 d of storage. Manure stack height affected GHG emissions from stored swine manure, with the lower stack height having higher CO2 and N2O, but lower CH4, emissions/kg of initial manure weight. On the basis of 100 yr global warming potential for CH4 and N2O, cumulative emissions were 7.5 +/- 1.11, 6.8 +/- 1.32 and 10.8 +/- 1.23 g CO2-eqv/kg initial manure, respectively, for the 10, 20, and 40 cm stacks over the 6 wk storage period. Results suggest that 20 cm stack height produced the least GHG emissions.This paper is part of the special issue entitled: Greenhouse Gases in Animal Agriculture Finding a Balance between Food and Emissions, Guest Edited by T.A. McAllister, Section Guest Editors: K.A. Beauchemin, X. Hao, S. McGinn and Editor for Animal Feed Science and Technology, P.H. Robinson

分类号： Q95

  • 相关文献

[1]Comparison and Evaluation of GHG Emissions during Simulated Thermophilic Composting of Different Municipal and Agricultural Feedstocks. Jianfei Zeng,Frederick C. Michel,Guangqun Huang. 2023

[2]Effects of warming on greenhouse gas emissions from China's rice paddies. Nan Zhang,Lin Wang,Xueni Wang,Zhuoshu Liu,Shan Huang,Zihao Wang,Changqing Chen,Haoyu Qian,Gang Hua Li,Zhenghui Liu,Yanfeng Ding,Weijian Zhang,Yu Jiang. 2024

[3]Co-application of microalgae and biochar increases yield and mitigates greenhouse gas emissions in saline-alkali soil. Chao Ma,Zhe Xu,Wei Yang,Tao Tang,Qi Liu,Dongliang Zhang,Prashanth Prasanna,Zhongyi Qu. 2025

[4]Balancing Greenhouse Gas Emissions and Yield through Rotational Tillage in the Cold Rice-Growing Region. Wenjun Dong,Ao Tang,Jun Zhang,Youhong Liu,Ying Meng,Xijuan Zhang,Lizhi Wang,Zhongliang Yang. 2024

[5]Acidification of animal slurry in housing and during storage to reduce NH3 and GHG emissions-recent advancements and future perspectives. Wajid Umar,Chari Vandenbussche,Elio Dinuccio,Dong Hongmin,Barbara Amon. 2025

[6]Activation Or Sequestration Of Heavy Metals During Hydrothermal Process Of Swine Manure: Interactions Among Metal Species And Particulates. Zhang, Wenbo,Zhu, Neng-min,Zhu, Neng-min,Li, Xia,Wang, Li-ding,Deng, Yu. 2020

[7]PERFORMANCE EVALUATION OF A LARGE-SCALE SWINE MANURE MESOPHILIC BIOGAS PLANT IN CHINA. Wang, Y.,Zhang, W.,Dong, H.,Zhu, Z.,Wang, Y.,Li, B.,Zhang, W.,Dong, H.,Zhu, Z..

[8]Swine manure and quicklime have different impacts on chemical properties and composition of bacterial communities of an acidic soil. Xun, Weibing,Zhang, Ruifu,Xun, Weibing,Xiong, Wu,Ran, Wei,Shen, Qirong,Zhang, Ruifu,Xun, Weibing,Xiong, Wu,Ran, Wei,Shen, Qirong,Zhang, Ruifu,Huang, Ting,Li, Dongchu,Li, Qiang.

[9]EFFECTS OF DIGESTATE FROM SWINE MANURE DIGESTER ON IN VITRO GROWTH OF CROP FUNGAL PATHOGENS: A LABORATORY STUDY. Tao, X.,Shang, B.,Dong, H.,Chen, Y.,Xin, H..

[10]Selected dark sides of biomass-derived biochars as environmental amendments. Chen, Zien,Luo, Lei,Xiao, Diyi,Lv, Jitao,Wen, Bei,Zhang, Shuzhen,Ma, Yibing.

[11]GREENHOUSE GAS EMISSIONS DURING SWINE MANURE COMPOSTING IN A RECTANGULAR BED WITH DAILY TURNING. Zhu, Z.,Dong, H.,Huang, W.,Li, L.,Yang, J..

[12]A FIELD-SCALE EVALUATION OF COMPOST BIOFILTRATION OF AMMONIA VOLATILIZED FROM SWINE MANURE COMPOSTING IN A FORCED-AERATION SYSTEM. Tao, X.,Shang, B.,Dong, H.,Chen, Y..

[13]Ciprofloxacin Causes the Greatest Bacterial Community Variation in Swine Manure Composting. Tingting Song,Changxiong Zhu,Binxu Li,Kaiyang Jiang,Xuerong Wang,Muhammad Fahad Sardar,Sha Xue,Yali Huang,Hongna Li. 2021

[14]Additional Function Of Pasteurisation Pretreatment In Combination With Anaerobic Digestion On Antibiotic Removal. Yin, FB, Dong, HM, Zhang, WQ, Zhu, ZP, Shang, B. 2020

[15]Produce individual medium chain carboxylic acids (MCCA) from swine manure: Performance evaluation and economic analysis. Wanqin Zhang,Shunli Wang,Fubin Yin,Hongmin Dong,Qitao Cao,Tianjing Lian,Jun Zhu. 2022

[16]Alleviation of ammonia inhibition in dry anaerobic digestion of swine manure. Youqian Xiao,Hongnan Yang,Dan Zheng,Yi Liu,Liangwei Deng. 2022

[17]Tracking antibiotic resistance gene transfer at all seasons from swine waste to receiving environments. Bingjun Han,Fengxia Yang,Xueli Tian,Meirui Mu,Keqiang Zhang. 2021

[18]Optimization of lactate production from co-fermentation of swine manure with apple waste and dynamics of microbial communities. Tianjing Lian,Wanqin Zhang,Qitao Cao,Shunli Wang,Fubin Yin,Yongxin Chen,Tanlong Zhou,Hongmin Dong. 2021

[19]Characterization Of Volatile Organic Compound (.Voc) Emissions From Swine M anure Biogas Digestate Storage. Zhang, Y, Zhu, ZP, Zheng, YH, Chen, YX, Yin, FB, Zhang, WQ, Dong, HM, Xin, HW. 2019

[20]Medium-chain carboxylates production from co-fermentation of swine manure and corn stalk silage via lactic acid: Without external electron donors. Wanqin Zhang,Shunli Wang,Fubin Yin,Qitao Cao,Tianjing Lian,Haiyan Zhang,Zhiping Zhu,Hongmin Dong. 2022

作者其他论文 更多>>