Microsoft Office Water Treatment

Yanzuo(Enzoe) Li

* * ***** ****** ***.** New York, NY 10025 ******@********.*** 614-***-****

EDUCATION

Columbia University, The Fu Foundation School of Engineering and Applied Science New York, NY Master of Science, Chemical Engineering 12/2016

Relevant courses: Introduction of Polymer Materials, Product Design, Transport Phenomena, Catalysis of Emission Control, Systemic Risk Management in Complex Process System, Engineering Application of Electrochemistry, Process Control, Advanced Thermal Dynamics, Advanced Kinetics, Sustainable Water Treatment and Reuse The Ohio State University, College of Arts and Sciences Columbus, OH Bachelor of Science, Chemistry 12/2014

GPA: 3.78/4.00 Dean’s list all Semesters

Gary Booth Scholarship Graduate with Research Distinction and Magna Cum Laude EXPERIENCE

China Petroleum Technology & Development Corporation Beijing, China Intern Catalyst development group Summer 2013

• Developed new catalysts to desulfurize diesel fuel to a maximum sulfur content of 10 parts-per-million (ppm)

• Defined the concentration of sulfur in produced gasoline within or without the China V gasoline and diesel fuel quality standard (10ppm) by using UV Fluorescence (UVF)

• Participated multiple professional lab safety and regulation training sessions provided by the professional team Intel Corporation Dalian, Liaoning

Intern Fab 68 Chemical & Gas Department (Supervisor: Larry Arnold) Summer 2011

• Collaborated

with

Chemical

&

Gas

Technologist

to

establish

a

Fab

68

POR

list

in

detail

for

convenient

search

and issue

identification

• Researched

market

price

of

different

chemicals

and

presented

the

result

of

my

research

in

the

group

meeting

• Participated

multiple

factory

safety

and

company

culture

training

sessions

provided

by

the

professional

team PROJECT EXPERIENCE

Rapid Synthesis of Nanofaujasitic Zeolite and Membrane Columbus, Ohio Ohio State University 02/2014-05/2015

• Developed a novel reaction device to synthesize zeolite and membrane via a dehydration-hydration process which results in short crystallization time (70% less) with high yield (95%) for nanogaujastic zeolite synthesis

• Determined the optimal condition of synthesis such as aging time, dehydration and hydration time (reaction time), and reaction temperature via large amounts of experiments based on the principle of variable and single variable

• Characterized synthesis product by using X-ray Diffraction for diffraction patterns, Scanning electron microscope (SEM) for high-resolution scanning micrographs, and Dynamic light scattering (DLS) for particle size

• Papers published by Microporous and Mesoporous Materials in May 2015 and August 2016

• Patent accepted by World Intellectual Property Organization on May 19 2016 Flint Water Treatment Plant Upgrade Term Project New York, NY Columbia University 09/2016-12/2016

• Prepared a historical summary of the events that led up to the crisis and a list of alternatives for providing water to the City of Flint

• Upgraded process flow diagram, plant layout, and design criteria (loading rates, hydraulic detention time, CT value, and sizing information) for each unit to treat water from Lake Huron based on the existing plant units and 10 States Standard

• Estimated cost for plant upgrade by using cost curves model presented in Kawamura (2008)

• Class discussion with Mr. John Young (overseer of the Flint Water Department) about practical solutions provided in Flint SKILLS

• Lab: X-Ray Diffraction (XRD), Raman Spectroscopy, Dynamic Light Scattering (DLS), Low and high speed centrifuges, UV Fluorescence (UVF), Thermogravimetric Analysis (TGA), Absorption Spectroscopy, Gas and Liquid Chromatography

• Software: Origin, Microsoft Office

• Languages: Chinese (Mandarin), English

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