Resume
Resume
[ Sept 2022] - [ Current ]
[ PhD ][ GPA: 4/4 ]
I work on enhanced oil recovery methods of unconventional reservoirs.
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[ Sept 2011 ] - [ June 2014 ]
[ MASc ][ GPA: 3.7/4 ]
My research focuses on the solvent-based heavy oil recovery techniques.
[ Sep 2022 ] - Present
[ University of Alberta ]
• Conducted research on enhanced oil recovery (EOR) techniques in both conventional and unconventional reservoirs;
• Completed experimental studies on fluid flow in porous media with chemical additives for heavy oil recovery;
• Performed studies on hydraulic fracturing fluid design and EOR using chemicals in unconventional reservoirs;
• Made project designs in advanced petroleum engineering courses, including Production Engineering, Drilling Engineering and Reservoir simulation;
• Developed a mathematical model for accurately predicting saturation pressure of hydrocarbons in nanopores;
• Drafted multiple manuscripts for publication.
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[ Nov 2014 ] - [August 2023]
[ University of Alberta ]
• Instructed lab personnel in proper using and setting up the lab equipment;
• Developed standard operating procedures (SOP), hazard assessments for new experiment setups with safety protocols and regulations;
• Designed customized experimental setups for research purposes, including SAGD, chemical flooding, microfluidics for EOR and other experiments under high pressure and high temperature conditions;
• Prepared core/chemical/surfactant/additives samples and measured fluid and rock properties (viscosity, density, permeability, porosity, IFT etc.);
• Technical support in other EOR research projects: a) Wettability alteration under high temperature (200 C) and high pressure (1000 psi); b) Nanoparticle application in electromagnetic heating for heavy oil recovery; c) Foamy oil flow for heavy oil recovery; d) IFT measurements between different fluids and solvents under high temperature (100 C) and high pressure (5000 psi); e) Contact angle measurements under high temperature (200 C) and high pressure (500 psi);
• Installed and calibrated data acquisition systems, including pressure transducers, thermocouples, and LabVIEW system;
• Analyzed data, drew graphics and drafted technical reports to NSERC and industrial partners.
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[ Sept 2011 ] - [June 2014 ]
[ University of Regina]
• Participated in a research project on solvent injection for enhanced heavy oil recovery funded by NSERC discovery grant;
• Conducted experimental studies on enhanced heavy oil recovery by using high pressure high temperature equipment, testing instruments, and measurement procedures;
• Developed a new theoretical model for simulating the oil production rate and solvent chamber evolution in the SVX process;
• Performed numerical simulations of solvent- and thermal-based heavy oil recovery;
• Assisted in the completion of industrial projects on enhanced heavy oil recovery and CO2 EOR;
• Studied petroleum fluid PVT properties and heavy oil characterization;
• Completed six course projects which cover Production Engineering, Secondary Oil Recovery, Advanced Reservoir Simulation, Fluid Flow in Porous Media, Advanced Well Testing, and Surface Thermodynamics.
TA for PET E 496 Petroleum Engineering Capstone Project
• I conducted comprehensive presentations, introducing students to essential software packages such as the CMG Reservoir Simulation software and IHS AccuMap.
• I explained the applications of well logging in oil and gas reservoirs and demonstrated how to obtain production data from AccuMap. I built reservoir simulation models using CMG's IMEX, GEM and STARS for different oil and gas pools/fields in Alberta and Saskatchewan. I gave technical recommendations on the economic developments of mature oil fields based on production decline analysis, simulation results.
TA for PET E 471 Enhanced Oil Recovery
• In addition to traditional TA responsibilities, I brought the subject matter to life by conducting live experiments in the classroom. For instance, I demonstrated the process of oil production through spontaneous imbibition using real rock samples, providing students with a hands-on and immersive learning experience. I also gave students demonstrations of field obtained core samples and their implications on formation evaluation.
TA for PET E 478 Thermal Recovery Methods
• I designed homework for students to apply thermal recovery methods such as cyclic steam stimulation (CCS) and steam assisted gravity drainage (SAGD). My dedication to effective teaching was further underscored by receiving a testimonial letter from a student who appreciated my impactful contributions to their learning experience.
Mentor/Supervisor for Petroleum Engineering Capstone Project
• I supervised a group of undergraduate students for their 4-year project on laboratory studies on solvent-diluted heavy oil gravity drainage. I instructed the students to perform numerical simulations on solvent injection for enhanced heavy oil recovery.
TA/Substitute Lecturer for ENGG 330 Engineering Numerical Methods
• I was the TA of this course for two academic years. This broad-reaching engineering class accommodated more than 120 students each term. In addition to my regular TA duties, I occasionally took on the role of substitute instructor for lectures.
• Substituted professor to give lectures to students on Engineering Numerical Methods;
• Programmed with MATLAB for optimization, regression, and differential equations;
• Tutored students for solving engineering problems with numerical methods.
Academic service
• Symposium Chair for Faculty of Engineering Graduate Research Symposium (FEGRS) at the University of Alberta;
• Founding executive, serving as the VP Academic for Graduate Students’ Association of Civil and Environmental Engineering (CEEGSA) at the University of Alberta;
• Faculty of Graduate Studies and Research (FGSR) councilor at the University of Alberta;
• Volunteer as a judge for 2023 Festival of Undergraduate Research and Creative Activities at the University of Alberta;
• Certified peer reviewer for Elsevier journals;
• Volunteer reviewer for journals, such as Journal of Petroleum Science and Engineering (JPSE), Fuel, Petroleum Science, SPE Journal, Applied Energy.
Volunteer for mentoring
• Mentor at the DiscoverE program;
• Energy Adventurer for Science Rendezvous at the Telus World of Science;
• Energy4me Ambassador for Society of Petroleum Engineers (SPE);
• Network Facilitator at STEM Fellowship University of Alberta;
• Volunteer in Ellerslie Road Baptist Church (ERBC): Chinese Language Teacher, Small group fellowship leader, Sports Night leader.
Community service
• Volunteer in the Society of Petroleum Engineers (SPE): 2023 & 2024 SPE ATCE Startup Village coordinator; 2024 SPE CET; Energy4me Ambassador, Translator for SPE translation project;
• Volunteer Fundraiser for Adeara Recovery Centre during the Coldest Night of The Year 2024;
• Volunteer for other various events, including 2016 Edmonton Emergency Relief Services for Fort McMurray wildfire; 2015 Heritage Festival in Edmonton, Alberta; 2014 New Students Welcome at the Regina International Airport; 2012 Global Showcase at the University of Regina.
• Lin, L., Babadagli, T., Li, H., 2025. Matrix-Fracture Interaction Dynamics in Carbonates and Tight Sandstones when Different Chemicals are Used as Fracturing Fluids and Oil Recovery Additives. Industrial & Engineering Chemistry Research.
• Lin L., Babadagli T., Li H., 2025. An empirical model for predicting saturation pressure of pure hydrocarbons in nanopores. Fluid Phase Equilibria.
• Du X., Xi C., Zhou Y., Shen D., Wang B., Liu T., Zhao F., Zhao J., Qi Z., Lin L.*, Istratescu G., Babadagli T., Li H., 2025. Organic alkalis as potential additives in hot water flooding for enhancing heavy oil recovery. Canadian Journal of Chemical Engineering. *Corresponding author.
• Lin L., Babadagli T., Li H., 2024. Understanding the Dynamics of Matrix-Fracture Interaction: The First Step Towards Suitable Fracturing Fluid Design and Chemical EOR in Unconventional Oil/Gas Recovery. SPE Journal. SPE-218032-PA.
• Lin L., Babadagli T., Li H., 2024. Understanding the Dynamics of Matrix-Fracture Interaction for Suitable Fracturing Fluid Design and Chemical EOR in Unconventional Oil/Gas Recovery. SPE Canadian Energy Technology Conference and Exhibition. March 13-14, Calgary, AB. SPE-218032-MS.
• Lin L., Babadagli T., Li H., 2023. Accurate Prediction Of The Saturation Pressures Of Hydrocarbons in Unconventional Reservoirs: A Modified Alpha-function For the Peng-Robinson Equation of State. SPE Annual Technical Conference and Exhibition. October 16-18, San Antonio, TX. SPE-214983-MS.
• Du X., Liu T., Xi C., Wang B., Qi Z., Zhou Y., Xu J., Lin L.*, Istratescu G., Babadagli T., Li H., 2023. Can Hot Water Injection with Chemical Additives be an Alternative to Steam Injection: Static and Dynamic Experimental Evidence. Fuel, 331: 1-16. *Corresponding author.
• Mohammedalmojtaba M., Lin L., Istratescu G., Babadagli T., Zadeh A., Anderson M., Patterson C., 2020. Underlying physics of heavy oil recovery by gas injection: An experimental parametric analysis when oil exists in the form of oil based emulsion. Chemical Engineering Research and Design, 163:192–203.
• Lin L., Zeng F., Gu Y., 2014. A circular solvent chamber model for simulating the VAPEX heavy oil recovery process. Journal of Petroleum Science and Engineering, 118 (6): 27–39.
• Lin L., Ma H., Zeng F., Gu Y., 2014. Experimental and numerical studies of the reservoir permeability and drainage height effects on the solvent-diluted heavy oil gravity drainage. Paper SPE 170096. SPE Heavy Oil Conference Canada. June 10–12, Calgary, Alberta.
• Lin L., Ma H., Zeng F., Gu Y., 2014. A critical review of the solvent-based heavy oil recovery methods. Paper SPE 170098. SPE Heavy Oil Conference Canada. June 10–12, Calgary, Alberta.
• Lin L., 2014. Experimental, theoretical, and numerical studies of solvent-based heavy oil recovery processes. Master degree thesis, University of Regina.
• Liu S., Sang S., Zhu Q., Zhang J., Gao H., Liu H., Lin L., 2015. Triple medium physical model of post fracturing high-rank coal reservoir in southern Qinshui Basin. Journal of Earth Science, 26 (23): 407–415.
• Wang H., Lin L.*, Du Z., Zhang M., 2012. Signal processing in liquid level detection with acoustic method using spectral subtraction. Journal of Oil and Gas Technology, 34 (1): 118–122. *Corresponding author.
• Wang H., Lin L.*, 2011. Signal denoising in liquid level detection with acoustic method using wavelet transform. Industrial Instrumentation & Automation, 6: 56–58. *Corresponding author.
• Lin L., 2011. Research on signal identification technology in liquid level detection of oil wells using acoustic method. Master degree thesis, China University of Petroleum.