Last Updated on: January 2, 2024

Name: Le Thi Huyen
Rank: Lecturer
Department: Petroleum Engineering Department
Email: This email address is being protected from spambots. You need JavaScript enabled to view it.
Telephone: (254)3738.879
Fax: (254) 3.733579
Research Interests: Oil & gas decommissioning, Mine restoration, Energy & Sustainability, HSE
Address: Petroleum Engineering Department, Petrovietnam University, 762 Cach Mang Thang Tam street, Long Toan Ward, Ba Ria City, Vietnam

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Software Skills

Laboratory of Reservoir Petrophysics and Rocks is used to measure petrophysical rock parameters. It is used to teach PET12304 Reservoir Petrophysics (+Lab) (3cr). The system is capable of operating at a wide range of pressure and core sample sizes (from 1.00 inch to 2.00 inches OD, and maximum to 4.00 inches length) easily, safely, and accurately. The system uses nitrogen and helium to determine the porosity and permeability of the core samples. In addition to serving lecturers, students for scientific research, serving students to do senior projects, graduation projects, or master's students to make graduation dissertations, to provide oil company services when needed, and to serve academic exchanges between universities with the same Petroleum Engineering program. The properties measured by the system are:
- Absolute permeability (by Nitrogen)
- Effective porosity (by Helium)
- Klinkenberg correction factor
- Pressure Pulse Decay Permeability
- Transient Permeabilit

The software package is sponsored by BHGE company worth US$5.4 million, including MFrac Package Pro (Site), GMI SFIBTM (Site), GMI MohrFracsTM (Site), GMI ImagerTM (Site), GMI CaliperTM (Site), JewelSuiteTM GeoMechanics Package (Site) to serve simulation of the fracture propagation, the distribution of the proppant concentration inside the fracture during pumping, or at the end of the pumping (Mfrac Package). The software determines the parameters before the main fracture conducts (MinFrac), determines the liquid exploitation after the fractured well (Mprod), and determines the net present value after the fractured well (MNpv). Software for determining the drilling mud window and optimal wellbore trajectory includes (GMI SFIBTM (Site) and (JewelSuiteTM GeoMechanics Package (Site), respectively. A software package that simulates the orientation of the in-situ stress field (GMI ImagerTM (Site), a software package directly determines the stresses around the wellbore and determines the cause of the wellbore instability (GMI CaliperTM (Site). PVU-BHGE Center for Geomechanics applications serves courses including PET13227 Well completion and Stimulation (3cr), PET14320 Production Engineering (3cr), PET 13116 Senior Project 1 (1cr), PET 14123 Senior Project 2 (1cr), PET 14825 Graduation thesis (8cr). In addition to serving lecturers, students for scientific research, serving students to do senior projects, graduation projects, or master's students to make graduation dissertations, to provide oil company services when needed, and to serve academic exchanges between universities with the same Petroleum Engineering program.

The PVU-Schlumberger Center, sponsored by Schlumberger (SLB), provides an array of software packages, including Petrel Eclipse, Production, and Techlog. Petrel supports students in constructing geological models, while Eclipse facilitates reservoir simulation, production history matching, forecast analysis, and decline analysis. Additionally, the Production package aids students in simulating liquids, analyzing NODALS for single wells and networks, and conducting production forecast and history matching.

Phạm Bảo Ngọc, Trần Nghi

Phạm Bảo Ngọc, Trần Nghi, Nguyễn Trọng Tín

Phạm Bảo Ngọc, Tran Trung Dong, Tran Nghi, Nguyen Thi Phuong Thao, Tran Thi Oanh, Pham Thi Thu Hang, Bui Thi Ngan