Research Impact:
Farhana Binti Abdul Barri
Lecturer | Department of Chemical & Petroleum Engineering
Academic Qualifications
MSc Petroleum Geochemistry
BSc Petroleum Chemistry
Areas of Interest
Enhanced oil recovery (EOR) using nanoparticles, surfactants derived from natural waste, polymers, Alkali-surfactant-polymer flooding, and Gemini surfactant.
Use of graphene nanoparticle in improving well stimulation fluid properties.
Professional Bodies
Member, Society of Petroleum Engineers (SPE) Malaysia
Research
Current Research Project
- Effective use of nanographene as nanomaterials to improve well stimulation fluid properties and wellbore remediation practices.
- Reservoir Modelling for Chemical Surfactants in Enhanced Oil Recovery Performance
- Stability Analysis for Polymers for Enhanced Oil Recovery Analysis
- Analysis on Gemini Surfactant Branching in EOR Properties
- Evaluation of Enhanced Oil Recovery Parameters for Polymers
- Evaluation of Natural-Derived Surfactants Effectiveness in EOR - using sawdust
Conferences
- International Symposium on Earth Science and Technology 2016. 8-9th December 2016. Kyushu University, Fukuoka, Japan. Organized by Cooperative International-Network for Earth Science (CINEST).
Award and Recognitions
- Best Poster for the Cooperative International Network for Earth Science and Technology (CINEST) 2016 by Kyushu University, Japan.
Publications
Wang Chern Sean; Farhana bt Abdul Barri (2018). Evaluation Of Effectiveness Of Nanoparticles And Gemini Surfactants On Enhanced Oil Recovery (EOR) Method. Proceeding: 5th International Conference on Applied Sciences and Engineering (ICASEA).
Alfred Santoso, Farhana bt Abdul Barri (2019). Evaluation of Natural-derived Surfactants Effectiveness for Enhanced Oil Recovery. International Journal of Innovative Technology and Exploring Engineering (IJITEE).
