Dr. Norfazliana Binti Abdullah
Dr. Norfazliana Binti Abdullah
Fakulti Kejuruteraan · Fakulti Kejuruteraan, UMS
fazliana.abdullah@ums.edu.my
Summary

Dr. Norfazliana Binti Abdullah is a distinguished researcher at Fakulti Kejuruteraan, University Malaysia Sabah.

As a member of Fakulti Kejuruteraan, they contribute significantly to the academic and research community at UMS through their expertise and dedication to advancing knowledge in their field.

Education
Stats
Publications:
20
Projects:
10
Grants:
RM 416,106.00
Scopus Metrics
Research Interests
MATERIAL SCIENCES AND TECHNOLOGY INCLUDING ENGINEERING MATERIALS - Membrane Technology
Latest Grants
Preparation Of Fluorinated Uio-66 Deposited Onto Alumina Hollow Fiber Membrane Synthesized Using Free Media Dimethylformamide And Different Zirconia Chloride Mass Loading For Oil Spill Cleaning
2024 – Ongoing
Elucidating The Molecular Interaction Of Immobilized Laccase On Magnetic Spent Tea As A Green Carrier And Its Kinetic Properties Analysis
2024 – Ongoing
Investigating Mechanism Of Uio-66 Ligands With Nh2-h2bdc Particles As Adsorbent In Removing Humic Acid In Landfill Leachate: A New Approach To Increase The Biodegradability Of Leachate.
2023 – Ongoing
Foam Stabilization And Wettability Alteration In A Surfactant-metal Oxide Nanoparticles Foam Flooding In An Oil-wet Porous Media
2022 – Ongoing
Analysis On The Viscosity And Permeability In Various Salts And Concentrations Conditions By Using Pectin As A Bio-polymer For Oil Recovery
2022 – Ongoing
Latest Publications
Preparation And Characterization Of Uio-66 Onto Modified Alumina Hollow Membrane With Sol–gel Pechini Of Zirconia Oxide Nanoparticles
N/A · 2026
From A Small Island To The Tallest Twin Towers In The World - A Story Of Grit And Growth : Datuk Ir Bacho Pilong
N/A · 2025
Feasibility Of Preparing Functionalize Y2o3 Ceramic Membrane With Fluorinated Polymers Via Uv Photopolymerization For Vapor Transport Application
N/A · 2025
Development Of Alumina Hollow Fiber Membrane Modules For Effective Oil/water Separation
N/A · 2025
Potential Of Zirconium-based Metal Organic Frameworks Double Ligands With Amine-carboxylic Acid (nh2-h2bdc) In Removing Humic Acid From Stabilized Landfill Leachate
N/A · 2025
Administrative Positions
Fakulti Kejuruteraan
UMS