|本期目录/Table of Contents|

[1]刘晓娜,程莉蓉.地下水曝气技术（AS）的国内外研究进展[J].中国安全生产科学技术,2011,7(5):56-62.
　LIU Xiao-na,CHENG Li-rong.Development of air sparging?at home and abroad[J].JOURNAL OF SAFETY SCIENCE AND TECHNOLOGY,2011,7(5):56-62.
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地下水曝气技术（AS）的国内外研究进展()
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《中国安全生产科学技术》[ISSN:1673-193X/CN:11-5335/TB]

卷:
7
期数:
2011年5期
页码:
56-62
栏目:
学术论著
出版日期:
2011-05-30

文章信息/Info

Title:
Development of air sparging?at home and abroad
文章编号:
1673-193X(2011)-05-0056-07
作者:
刘晓娜; 程莉蓉
北京师范大学水科学研究院，北京? 100875
Author(s):
LIU Xiao-na;  CHENG Li-rong
College of Water Science, Beijing Normal University, Beijing 100875, China
关键词:
地下水曝气; 理论模型; 流型; 影响半径; 应用
Keywords:
air sparging theoretical model flow pattern radius of influence application
分类号:
X52
DOI:
-
文献标志码:
A
摘要:
地下水曝气法(Air Sparging,AS)凭借其高效、原位的优势已经成为治理土壤、地下水有机污染的重要技术,其修复机理是将加压空气注入到饱和含水层以下,有机污染物通过相间传质作用(溶解、挥发、解吸、生物降解等)转化为挥发性污染物,并随气流迁移至包气带,再由其他抽气装置收集到地表气体处理设备。本文总结了AS技术在理论模型、曝气性能影响因素(气体流型、曝气影响半径)等方面的研究现状,归纳了气体流型的发展过程以及测量曝气影响半径的常见方法。地下水曝气法在国外地下水、土壤有机污染修复中的应用越来越广泛,理论研究方面也比较成熟。文章比较了AS技术在国内外的研究和应用情况,认为目前该技术应朝着综合的方向发展,以提高污染物修复效率。
Abstract:
Air sparging(AS) was an innovative groundwater remediation technology which was first used in Germany in the middle 1980s to remove volatile organic compounds(VOC).Because of its properties of in-situ, efficiency, economy, AS has become an important technology to remediate organic pollution. Air is injected into the saturated zone below or near a contaminant plume. As the air rises to the surface, dissolved- and nonaquous-phase organic chemicals volatilize into the air and are removed from the groundwater. Combined with SVE(Soil Vapor Extraction), efficiency of AS will be much better. This passage concluded the development of AS in theoretical model, factors that effects air sparging efficiency, for example, flow pattern, radius of influence. Also, there is a comparison between home and abroad of AS’s study and application. AS has become a mature technology which have developed for many years. It was widely studied not only at theory, but also at application. In China AS technology is just on start-up periods. And there is much large space to explore. There also exist some problems that should be looked into. Volatility and bioremediation control the pollutant remediation, and which functions more important in different phase of air sparging is a tough question.

参考文献/References:

[1] USEPA. A Citizen’s Guide to Air Sparging[R]. Washington，DC: Office of Solid Waste and Emergency Response， 1992. [2] USEPA. Treatment Technology for Site Cleanup: Annual Status Report (Twelfth Edition)[R]. Washington，DC: Office of Solid Waste and Emergency Response， 2007. [3] MCCRAY J E. Mathematical modeling of air sparging for subsurface remediation: state of the art[J]. Hazardous Materials， 2000， 72(2-3): 237-363. [4] CHAO K P， ONG S K， HUANG M C. Mass transfer of VOCs in laboratory-scale air sparging tank[J]. Hazardous Materials， 2008， 152(3): 1098-1107. [5] BRAIDA W J， ONG S K. Air sparging effectiveness: laboratory characterization of air-channel mass transfer zone for VOC volatilization[J]. Hazardous Materials， 2001， 87(1-3): 241-258. [6] BRAIDA W， ONG S K. Modeling of air sparging of VOC-contaminated soil columns[J]. Contaminant Hydrology， 2000， 41(3-4): 385-402. [7] LUNDEGARD P D， ANDERSEN G. Multiphase Numerical Simulation of Air Sparging Performance[J]. Ground water， 1996， 34(3): 451-460. [8] UNGER A J A， SUDICKY E A， FORSYTH P A. Mechanisms Controlling Vacuum Extraction Coupled With Air Sparging for Remediation of Heterogeneous Formations Contaminated by Dense Nonaqueous Phase Liquids [J]. Water Resources Research， 1995， 31(8): 1913-1925. [9] MCCRAY J E， FALTA R W. Numerical Simulation of Air Sparging for Remediation of NAPL Contamination[J]. Ground water， 1997， 35(1): 99-110.[10] JI W， DAHMANI A， AHLFELD D P， et al. Laboratory Study of Air Sparging: Air Flow Visualization[J]. Ground Water Monit. Rem.， 1993， 13(4): 115-126.[11] THOMSON N R， JOHNSON R L. Air distribution during in situ air sparging:an overview of mathematical modeling[J]. Hazardous Materials， 2000， 72: 265-282.[12] MCKAY D J， ACOMB L J. Neutron moisture probe measurement of fluis displacement during in situ air sparging[J]. GWMR， 1996， 16(4): 86-94.[13] LUNDEGARD P D， J. LABRECQUE D. Geophysical and Hydrologic Monitoring of Air Sparging Flow Behavior:Comparison of two Extreme Sites[J]. REMEDIATION， 1998， 8(3): 59-71.[14] SEMER R， ADAMS J A， REDDY K R. An experimental investigation of air flow patterns in saturated soils during air sparging[J]. Geotechnical and Geological Engineering， 1998， 16: 59-75.[15] MCCRAY J E， FALTA R W. Defining the air sparging radius of influence for groundwater remediation[J]. Contaminant Hydrology， 1996， 24(1): 25-52.[16] LUNDEGARD P D， LABRECQUE D. Air sparging in a sandy aquifer(Florence，Oregon，U.S.A.)"Actual and apparent radius of influence[J]. Contaminant Hydrology， 1995， 19(1): 1-27.[17] SCHIMA S， J. LABRECQUE D， D. LUNDEGARD P. monitoring air sparging using resistivity tomography[J]. GWMR， 1996， 16(2): 131-138.[18] PLUMMER C R， D. NELSON J， S. ZUMWALT G. horizontal and vertical well comparison for in situ air sparging[J]. GWMR， 1997， 17(1): 91-96.[19] MOHAMED A M I， EL-MENSHAWY N， SAIF A M. Remediation of saturated soil contaminated with petroleum products using air sparging with thermal enhancement[J]. environmental Management， 2007， 83(3): 339-350.[20] 王战强. 地下水曝气（AS）及生物曝气（BS）处理有机污染物的研究[D]. 天津,天津大学， 2005.WANG Zhanqiang. Study on organic contaminants removal using air sparging and bio-sparging[D]. Tianjin，Tianjin University.[21] RALINDA R M， G. P. Air Sparging[R]. Washington DC，Office of Solid Waste and Emergency Response， 1996.[22] 郎印海，曹正梅. 地下石油污染物的地下水曝气修复技术[J]. 环境科学动态， 2001(2): 17-20.LANG Yinhai，CAO Zhengmei. Technology of oil pollutant remediation using AS[J]. Environmental Science Trends，2001(2)：17-20[23] AGELL K G. In situ remedial methods: air sparging[J]. The National Environmental Journal， 1992， 2(1): 20-23.[24] DIJKE M I J V， ZEE S E A T， DUIJN C J V. Multi-phase flow modeling of air sparging[J]. advances in water resources， 1995， 18(6): 319-333.[25] SEMER R， R. REDDY K. Mechanisms controlling toluene removal from saturated soils during in situ air sparging[J]. Hazardous Materials， 1998， 57(1-3): 209-230.[26] S C W， BASS D H， RAM N， et al. In-Situ Sparging:Mass Transfer Mechanisms[J]. REMEDIATION， 1996， 6(4): 15-29.[27] CLAYTON W S， BASS D H， RAM N M， et al. In-Situ Sparging: Mass Transfer Mechanisms[J]. REMEDIATION， 1996， 6(4): 15-29.[28] RUTHERFORD K W， JOHNSON P C. Effect of process control changes on aquifer oxygenation rates during in situ air sparging in homogeneous aquifers[J]. GWMR， 1996， 16(4): 132-141.[29] ROGERS S W， ONG S K. Influence of Porous Media，Airflow Rate，and Air Channel Spacing on Benzene NAPL Removal during Air Sparging[J]. Environ.Sci.Technol， 2000， 34(5): 764-770.[30] YANG X M， BECKMANN D， FIORENZA S， et al. Field Study of Pulsed Air Sparging for Remediation of Petroleum Hydrocarbon Contaminated Soil and Groundwater[J]. ENVIRONMENTAL SCIENCE&TECHNOLOGY， 2005， 39(18): 7279-7286.[31] JANG W， ARAL M M. Multiphase Flow Fields in In-situ Air Sparging and its Effect on Remediation[J]. Transport in Porous Media， 2009， 76(1): 99-119.[32] MCCRAY J E， FALTA R W. Numerical Simulation of Air Sparging for Remediation of NAPL Contamination[J]. Ground water， 1997， 35(1): 99-110.[33] BASS D H， HASTINGS N A， BROWN R A. Performance of air sparging systems: a review of case studies[J]. Hazardous Materials， 2000， 72(2-3): 101-119.[34] BENNER M L， STANFORD S M， LEE L S， et al. field and numerical analysis of in-situ air sparging:a case study[J]. Hazardous Materials， 2000， 72(2-3): 217-236.[35] REDDY K R， TEKOLA L. remediation of DNAPL source zones in groundwater using air sparging[J]. land contamination &remediation， 2004， 12(2): 67-83.[36] AELION C M， KIRTLAND B C. physical versus Biological Hydrocarbon Removal during Air Sparging and Soil Vapor Extraction[J]. Environ. Sci. Technology， 2000， 34(15): 3167-3173.[37] 武强，王志强，杨淑君，等. 地下水曝气工程技术研究——以德州胜利油田地下水石油污染治理为例[J]. 地学前缘， 2007， 14(6): 214-221.WU Qiang，WANG Zhiqiang，YANG Shujun，et al. study on the groundwater air sparging in engineering technique[J]. Earth Science Frontiers，2007,14（6）：214-221.[38] 王贞国，梁伟，杨询昌，等. 曝气法对石油污染土壤的修复研讨[J]. 山东国土资源， 2006， 22(6-7): 107.WANG Zhenguo，LI Wei，YANG Xunchang，et al. soil recovery by using air sparging method polluted by oil[J]. Land and Resources in Shandong Province，2006，22(6-7):107.[39] 叶为民，解子军，陈永贵，等. 曝气法修复轻非水污染物含水土层的试验研究[J]. 岩土工程学报， 2008， 35(11): 34-38.YE Weiming，XIE Zijun，CHEN Yonggui，et al. physical modeling of air-sparging technique for groundwater remediation[J]. Chinese Journal of Geotechnical Engineering，2008，35(11):34-38[40] 郑艳梅. 原位曝气去除地下水中MTBE及数学模拟研究[D]. 天津，天津大学， 2005.ZHEN Yanmei. remediation of MTBE by air sparging in groundwater and mathematic simulations[D]. Tianjun， Tianjun University，2005.[41] 侯冬利，韩振为，郑艳梅，等. AS和BS去除地下水甲基叔丁基醚污染的研究[J]. 农业环境科学学报， 2006， 25(2): 364-367.HOU Dongli，HAN Zhenwei，ZHENG Yanmei et al. removal of MTBE in saturated soil and groundwater using air sparging and biosparging[J]. Journal of Agro-Environment Science，2006，25(2):364-367.[42] 张英. 地下水曝气（AS）处理有机物的研究[D]. 天津,天津大学， 2004.ZHANG Yin. study on organic chemicals removal using air sparging[D]. Tianjun，Tianjun University，2004.[43] 陈华清，李义连. 浅层地下水PCE/TCE污染原位曝气修复模拟研究[J]. 环境科学与技术， 2009， 32(11): 53-57.CHEN Huaqing，LI Yilian. Modeling remediation of PCE/TCE pollution in groundwater by in situ air sparging[J]. Environmental Science & Technology，2009，32(11):53-57.[44] 陈华清，李义连. 地下水苯系物污染原位曝气修复模拟研究[J]. 中国环境科学， 2010， 30(1): 46-51.CHEN Huaqing，LI Yilian. simulation on in-situ air sparging remediation of BTEX-contaminated groundwater[J]. China Environmental Science，2010，30(1):46-51.

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备注/Memo

备注/Memo:
收稿日期：2011-01-28
作者简介：刘晓娜，女，硕士研究生。
更新日期/Last Update: