Min Long

EDUCATION

Tongji University, Shanghai, China

Expected 3/2019

Doctor of Environmental Engineering

GPA 85.4/100

Supervisor: Siqing Xia, thesis topic: MBfRs

Tongji University, Shanghai, China

9/2010 – 6/2014

Bachelor of Environmental Engineering

GPA 4.2/5.0

WORK EXPERIENCE

Intern, ThyssenKrupp

3/2014 – 6/2014

Data processing

STUDENT AND VOLUNTARY EXPERIENCE

Student experience

A director in student union of chemistry

9/2010-9/2011

A director of outreach department in The Red Cross of Tongji University

9/2010-3/2012

The minister of human resources department in one of the Students’ Association called Biaoben Cooking

3/2011-3/2012

Voluntary experience

Working as a volunteer in helping people who donated blood in Red Cross

2011

Working as a volunteer in solving the problem of freshmen

2011

RESEARCH EXPERIENCE

Undergraduate

SITP in Tongji University

5/2011-5/2012

‘The load of rare earth catalyst and its application in organic synthesis’

Acquire Third prize

National-level college student innovative experiments

2011-2013

‘Study on removal of EDCs in water based on new type nano-level material of titanium dioxide using diatomaceous earth as carriers’

Studying on different effect factors on photocatalysis on EDCs (diclofenac and naproxen) removal, as well as SEM on the configuration of materials

Doctor

Aerobic methane oxidation coupled to denitrification and Cr(VI) removal

12/2014 -12/2015

Aerobic methane oxidation is completing by aerobic methanotrophs oxidizing methane and releasing soluble organic compounds which can be used by coexisting denitrifiers. MBfR reactor has been set for studying the feasibility, effect factors, intermediate products of methane oxidation and microbial population.

Publication:

1.Min Long,Chen Zhou,Siqing Xia, Awoke Guadiea. Concomitant Cr(VI) reduction and Cr(III) precipitation with nitrate in a methane/oxygen-based membrane biofilm reactor.Chemical Engineering Journal(2017) 315:58-66.

Recovering catalyst Pd from simulation water and use it as catalyst fulfilling chemical denitrification and biological denitrifying in hydrogen-based MBfR

9/2015-1/2017

Verify the possibility of reduction of Pd(II) from wastewater containing palladiumby using hydrogen bacteria.

Observe the construction of sponge Pd(0) by SEM,

Verify the possibility that Pd can be the catalyst of denitrification and dechlorination by H2 directly without microorganism.

Recently the promotion in denitrification and dechlorination by Pd catalysis in hydrogen-based MBfR is in process.

Removing chlorophenols( focusing on PCP) from simulation water in hydrogen-based MBfR

9/2015-1/2017

Verify the possibility of reduction of PCP from wastewater by using hydrogen bacteria. The intermediate products have been detected and the functional microorganismhas been confirmed.