Long Tao

Long Tao

At present, he is the deputy director of soil pollution prevention and control research center of Nanjing Institute of Environmental Sciences, Ministry of environmental protection, director of soil and groundwater pollution control research office, member of Academic Committee of Nanjing Institute of Environmental Sciences, tutor of off campus master students of Southeast University and Hohai University, and the first batch of top-notch young talents of national environmental protection specialty.

Character experience

Engaged in soil and groundwater pollution prevention and control, contaminated site investigation and assessment and remediation work. He presided over and participated in more than 10 research projects, including 863 project of the 12th Five Year Plan, equipment and demonstration of physicochemical and bioremediation technology for sites contaminated by easily diffusible organic solvents, and major public welfare project of environmental protection, research on identification standards and control technology for typical high-risk contaminated sites. He also participated in the formulation of series of national environmental protection standards for contaminated sites, and conducted research on more than 20 industrial and agricultural contaminated sites in China 8 SCI papers were published.

Educational background

Postdoctoral, Department of civil and environmental engineering, Tufts University, 2009 – 2010; postdoctoral, Department of chemical engineering, University of Virginia, 2006 – 2009; doctoral, Department of civil and environmental engineering, University of Connecticut, 2003 – 2006; master, Department of environmental science and engineering, Tsinghua University, 2000 – 2003; bachelor, Department of municipal engineering, Tsinghua University Department of environmental science and Engineering (water supply and drainage) 1996 – 2000

Major honors

Research direction of Environmental Engineering Science

Transport and fate of nanoparticles, colloidal particles and microorganisms in soil and groundwater remediation technology and mathematical model of soil and groundwater pollution environmental soil physics, vadose zone (unsaturated zone) hydraulics, environmental transport and reaction phenomena

Environmental management and engineering application

Contaminated site investigation and risk assessment method design of soil and groundwater remediation system (including in-situ flushing, soil vapor extraction, gas-water two-phase extraction, biological ventilation, stacking, enhanced bioremediation, thermal desorption, permeable reactive barrier (PRB), chemical oxidation and nanomaterial remediation technology) mathematical model for predicting pollutant migration and transformation, remediation effect and overall environmental risk Engineering design and application based on Sustainable Development

Representative works

1. Wang,X.P.,Long,T.andR.M.Ford(2012),BacterialchemotaxistowardaNAPLsourcewithinapore-scalemicrofluidicchamber, Biotech.Bioengr.InPress .
2. Long,T.andC.A.Ramsburg(2011),Deliveryofnanoscalezerovalentironinoil/wateremulsionforDNAPLsourcezoneremediation.J. Hazard.Mater .189(3):801-8.
3. Long,T.andR.M.Ford(2009), EnhancedtransversemigrationofbacteriabychemotaxisinaporousT-sensor, Environ.Sci.Technol .43(5),1546-1552.
4. Long,T. andD.Or (2009),Dynamicsofmicrobialgrowthandcoexistenceonvariably-saturatedroughsurfaces, Microb.Ecol .58(2),262-275.
5. Lanning,L.M.,Ford,R.M., andT.Long ,(2008),Bacterialchemotaxistransversetoaixalflowinamicrofluidicchannel, BiotechBioengr.100(4),253-263.
6. Long,T. andD.Or (2007),Microbialgrowthonpartiallysaturatedroughsurfaces–simulationsinidealizedroughnessnetworks, WaterResour.Res .,43(2) Art.No . w02409. < / Li > < li > Wang Lei, long Tao *, Zhang Feng, Zhu Xin, Tian Meng, Lin Yusuo. Research progress of multiphase extraction technology for soil and groundwater remediation. 2014,30 (2): 137-145. < / Li > < / OL >