145 Nantong Street, Harbin,HLJ 150001
+86 15124527060, shunli2008_2008@163.com
EDUCATION
Master of Engineering in Environmental Engineering , April 2015
Harbin Engineering University, Harbin, HLJ, China
Bachelor of Engineering in Environmental Engineering , July 2012
Harbin Engineering University, Harbin, HLJ, China
Relevant Coursework:
Environmental Engineering Air Pollution Control Hydraulics
Ecological Effects of Wastewater Technical Writing Hydrology
Civil Engineering Systems Survey Engineering Solid waste disposal
The principle and application of water environment remediation
CERTIFICATION & SKILLS
 Good writing, reading and communicating in English
 Extensive knowledge in standards, regulations related to Environmental engineering
 Excellent computer and database skills in SPSS, Matlab, AutoCAD and MS
 Good experiments skills in environmental science and engineering
 Good operating and maintaining skills with analysis instruments, ICP, GC, IC, and HPLC
EXPERIENCE
Harbin Chenergy HIT Environmental Technology Co., LTD.
Intern, Designing Department Mar.2012-Nov.2012
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Collected information on waste composition and characteristics of building area
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Participated in preliminary designing of reclaimed water system, including rainfall collection system, water treatment plants and irrigation system for multifunctional residential area.
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Wrote general guides of Green building construction for multifunctional residential area.
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Designed membrane system to treat domestic wastewater from temporary living area for constructors.
Dalian Nationalities University
Research Assistant, College of Environment and Resources July.2013-Nov.2014
Heavily polluted rivers in the Huaihe River region ecological restoration Project
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Detected pollutants in the polluted rivers and collected information on pollutants composition and characteristics.
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Wrote guide report of project’s contest, funding calculation and restoration methods.
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Evaluated restoration project’s impact to environment of polluted rivers region.
Excess Sludge Treatment Projects
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Designed constructed reed beds system to treat excess sludge from a local domestic wastewater treatment plants, including excess sludge effluent system, constructed wetland structure and drainage system.
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Conducted life cycle assessment for constructed wetlands to evaluate the impact to environmental by calculating the carbon dioxide and methane emission from reed and sludge producing.
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Maintained the chemical laboratory for sludge, gas properties tests.
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Published an article titled “Greenhouse gas emissions from sludge treatment reed beds” in the Water Science&Technology.