Well-educated chemical engineer with sound judgment and a work history of proactively identifying and resolving problems in real time.

  Earned an engineering honor for reducing costs 10% and completing a project ahead of schedule.

  Master of Science (MS), Petroleum Engineering, and Master of Science (MS), Chemical Engineering.

  Managed well trajectory design and hydraulics simulation tool using C++ language.

  Conducted network hydraulic calculation to determine the flare system capacity under different scenarios.

  Identified overpressure contingency and performed calculation to finalize a pressure relief system design.

  Investigated the effect of length/diameter ratio on the filling quantity of catalyst.

  Developed three tools (600 lines of code for each): well planning, well surveying and surge and swab hydraulic calculation that can handle YPL drilling fluid flow in concentric or eccentric annular conduit.

  Performed process hazard analysis and quantitative risk assessment.

  Completed shift reactor modeling and design using MATLAB.   

  Resolved material and heat conservation PDEs for cylinder reactor.

  Proficient with Microsoft Office; AutoCAD; MATLAB; Aspen Plus; Hysys; Superchem; VBA; and C++.

> Lab Research and Material Characterization                  > PFD, P&ID Development & Equipment Sizing

> Process Simulation and Hydraulic Calculation > Plant & Piping Layout and Control

Laboratory Assistant, Northeastern University                                                                      Apr. 2016-Present

  Optimize experiment parameters to secure fiber composite (biopolymer) with novelty morphology.

  Follow Standard Operating Procedures (SOPs) of characterization devices and investigate fiber microstructure.

  Incorporate drug nano particles into the fiber and study drug delivery in a bioreactor.

Full-Time Graduate Student, University of Tulsa 2014-2015

Assistant Manager/Process Engineer, CNOOC Shandong Chemical Engineering Co. Sept. 2008-Dec. 2013

  Completed 12 projects, from conceptual design to detailed engineering for specialty chemical facilities.

  Earned an engineering honor for reducing costs 10% and completing a project ahead of schedule.

  Reviewed engineering calculations and designs to ensure a highly-efficiency process.

  Helped build facilities and initiate troubleshooting during the commissioning of equipment.

Major Projects:

  Led Huizhou Refinery Project (II) 100,000/450,000 tons per year EO/EG.

  Managed engineering design for a Heze 90,000 tons/year LNG Project.

Master of Science (MS), Petroleum Engineering, University of Tulsa; earned 2015 (3.9 GPA)

  Research Topic: TiO2 porous film design and synthesis and photo-catalytic property study

> Prepared porous film and used XRG, SEM, TEM and N2-Adsorpion to characterize the property of film.

> Used UV-Vis to measure molecular content and model the catalytic organics degradation reaction rate.

Master of Science (MS), Chemical Engineering, Chinese Academy of Sciences; earned 2008 (3.7 GPA)

Bachelor of Science (BS), Chemical Engineering, Beijing Institute of Petrochemical Tech; earned 2005

Fundamentals of Engineering (FE) Certified

  Class Project: Oil/gas production system optimization and flow assurance using PIPESIM and OLGA:      

> Conducted network simulation, pipeline and equipment sizing.

> Diagnosed hydrate formation, wax deposition and severe slugging problems.

> Oversaw sucker rod pump design using VBA programming.                                     

> Performed tapered rods design based on yield strength and fatigue criteria.

> Completed down and up stroke stress and fatigue evaluation analysis.

Other Projects:

  Performed Amination Unit Engineering Design for Juli Chem (10,000 tons/year TDI).

  Conducted batch reactor design and enrichment unit design for Meihua Biochem (Amino Acid).

  Developed design package for Polyol Unit for WAXXXXXXUA Chemical (60,000 tons/year PU Project).

  Performed crystallization unit design for Hongding (60,000 tons/year Adipic Acid).     

  Designed Sour Gas Treatment Facility for SINOCHEM (Jilin 180,000/300,000 tons/year Ammonia/Urea).

Synthesis of a hierarchically meso-macroporous TiO2 film based on UV light-induced in situ polymerization. Royal Society of Chemistry Advances, 2014, 4, 44692

Process Safety Design of High Temperature Shift Reactor. Chemical Engineering Design, 2013

Start-up Process Design of Reduction of Sulfur Guard Catalyst in synthesizing Methane from Coke Oven Gas. Chinese Invention Patent (CN0000 xxxxxx xxxx , xxxx , xxxxx 0000055.7)