Yongyan Mou

**** ***** **,

Bellaire, TX *****

ac1ev9@r.postjobfree.com

Ph: 281-***-****

QUALIFICATIONS AND KEY SKILLS

* ***** ******* ******* ******** experience in oil and gas industry, including LNG, natural gas processing, ethylene, refinery, and chemical plant. Permanent resident, can work for any employer in USA without sponsorship

Familiar with natural gas processing, liquefaction and LNG storage, such as acid gas removal, removal of heavy hydrocarbon, APCI liquefaction, and LNG storage tank design

Specialized in relief valve, very familiar with API 520, API 521 and ASME section VIII for the relief valve, excellent in scenario analysis, required relief rate calculation, and relief valve sizing.

Process Design, P&IDs and PFDs Preparation, Equipment Design, Heat and Material Balance

Hydraulic calculations for Line sizing and Pump design, Control Valve sizing, Vessel sizing

Proficient in Process Simulation Tools, HYSYS, ASPEN and AutoCAD

Process hazard identification, HAZOP studies, qualitative and quantitative risk analysis

Engineer-in-training (EIT), Texas Board of Professional Engineers EXPERIENCE

ACS Engineering, Senior Process Engineering (10/2016 – Present)

Mentor junior and intermediate level engineers in developing technical and project execution skill sets.

Develop and implement project staffing plans for technical execution of process simulation and process safety assessment projects.

Develop tools and procedures on relief valve sizing and scenario analysis for LNG, refinery, and chemical plant.

Review and give guidance on relief system evaluations, calculations, and mitigation. recommendations performed by junior process safety engineers to ensure consistency with client guidelines as well as ASME and API standards and recommended practices. JGC America, Inc., Process Engineer (08/2014 – 09/2016) Jordan Cove LNG Pre-FEED Development

Training entry level engineers on pressure relieve valve sizing, including the scenario analysis, required relief rate, relief valve sizing, inlet and outlet line sizing.

Evaluation, selection and application of different techniques, procedures and criteria to satisfy the requirements of the client.

Responsible for equipment design and sizing, including vessels, filters, and pumps. Prepare the equipment datasheet and equipment list.

Design and sizing of heat exchangers using HTRI

Using HYSYS to prepare the Heat and Material Balances of acid gas removal unit and the liquefaction unit.

Reviewing PFDs and P&IDs. Correct the P&IDs based on project guidelines.

Participate In HAZOP and cooperate with the third party and client to analyze and identify process hazards, and modify the P&IDs.

USGC Cracker Project EPC Design

Prepare P&IDs and modify the P&IDs according to project guidelines, including changing valve types, insulation requirements.

Working on the utilities, such as steam system design, including the high pressure, medium pressure and low pressure steam line sizing, steam requirements calculation, and related P&IDs modification. Also the nitrogen, instrument air and cooling water system.

Responsible for hydraulic calculations, pumps sizing and vessel design and sizing.

Review other engineers’ work, calculations, and datasheets to ensure comply with the project guidelines and codes.

Check the equipment list, line list.

Mozambique LNG FEED Development

Hydraulic calculation for line sizing, control valves sizing and pumps sizing.

Relief valve sizing including scenario analysis, required relief rate calculation, relief valve sizing and inlet outlet line sizing.

Design and sizing of heat exchangers using HTRI

Prepare P&IDs and modify P&IDs based on comments from clients.

Prepare the equipment datasheet and equipment list. Randstand Engineering (ioMosaic), Process Engineer (04/2013 – 08/2014) Shell – Deer Park Chemical Plant Relief Device and Flare Network Project

Responsible for reevaluation of the design and sizing of pressure relief devices. Develop the credible relief scenarios

Calculate the required flow rate for the relieving streams along with the required orifice sizes for each credible scenario.

Perform flare system reevaluation. Create a simulation of the flare header system and check the system hydraulics for multiple device and/or global relieving scenarios.

Participate in HAZOP and PSM analysis, identifying and qualitatively risk assessing hazards and operability issues.

FHR-Pine Bend Refinery Process Hazard Analysis Revalidation Project

Use hazard and operability (HAZOP) to identify and document major hazards associated with the Coker Units

Document the consequences of deviation from design intent and safeguards that address these consequences, consider whether the safeguards adequately address the consequences and generate a recommendation if existing safeguards were not considered adequate to address the hazard.

Assesses the protection included in the system design to reduce the likelihood of the cause and/or prevent or minimize the consequences of impacts

Identify areas for additional improvement in risk reduction during the process hazards analysis and generate action items

Canada Cenovus – Foster Creek Refinery Project

Responsible for reevaluation of the design and sizing of flare system. Develop the credible relief scenarios, both for individual pieces of equipment and especially for those effecting entire units or sections of the plant (utility failure, external pool fire, loss of cooling, loss of power, etc.).

Performing the pressure drop and hydraulics analysis of the flare system to determine back pressure issues impacting pressure relief valve sizing and type specification (conventional, bellows, etc.)

Performing flammable gas dispersion consequence modeling on the atmospheric venting from the flare. Conduct modeling for flammable gas dispersion modeling and flame radiation modeling. Flint Hill Resources Chemical Plant Relief Device and Flare Network Reevaluation Project

Responsible for identifying the credible relief scenarios, calculating the required flow rate and sizing relief devices, including pressure relief valves, tank vents, and rupture disks.

Use process simulation tools to develop overpressure simulations and heat & material balances

Preparation of technical document which involves safety details, engineering requirements, process details.

Study production conditions using PSM (Process Safety Management), HAZOP (hazard and Operability Study), provide technical support for unsafe process and operating conditions Mustang Engineering, Process Engineer (08/2012 – 04/2013) Invista Chemical Plant Reevaluation Project

Responsible for reevaluation of the design and sizing of pressure relief valves, tank vents, and rupture disks.

Perform flare header hydraulic evaluations for specific PSV combinations associated with global relief scenarios.

Analyzing explosion hazard of dust and sizing explosion panels.

Interpret data from piping & instrument diagrams, process flow diagrams, plot plans, piping isometrics, mechanical design information, and typical unit operation specifications.

Review existing records and augment documentation as needed. Prepare recommendations and report findings.

Bay Path College, Assistant Professor (09/2009-07/2011) Worked as an assistant professor in the department of science

Research on the origin of fire analysis, fire and explosion scene analysis

Taught chemistry including general chemistry and analytical chemistry

Trained students on safety, including chemical hazards identification, waste management and safety evaluation.

EDUCATION

B.S. Chemical Engineering, Shenyang Institute of chemical Technology, 2000

M.S. Chemical Engineering, Beijing University of Chemical Technology, 2003

Ph.D Chemistry, Institute of Chemistry, Chinese Academy of Sciences, 2006 References

References are available upon request

Contact this candidate