Dr. Norfazliana Binti Abdullah
Fakulti Kejuruteraan, UMS
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.
Contact Information
Academic Department
Fakulti Kejuruteraan, UMS
Appointed Department
Fakulti Kejuruteraan, UMS
Education
No education data available
Research Collaborators
Research
Projects
10
Active
5
Grants
RM 416,106.00
Research Interests & Expertise
Material Sciences And Technology Including Engineering Materials - Membrane Technology
Publications
Total Publications by Year
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Documents
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H-Index
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Citations
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Affiliation
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Research listing
Current Research Projects
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
Leader
2024 - 2026
Elucidating the molecular interaction of immobilized laccase on magnetic spent tea as a green carrier and its kinetic properties analysis
Member
2024 - 2027
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.
Member
2023 - 2026
Analysis on the viscosity and permeability in various salts and concentrations conditions by using pectin as a bio-polymer for oil recovery
Member
2022 - 2025
Foam stabilization and wettability alteration in a surfactant-metal oxide nanoparticles foam flooding in an oil-wet porous media
Member
2022 - 2025
Publications listing
NOTE: PUBLICATION DATA FOR THE LAST 3 YEARS WILL BE DISPLAYED
Showing 11 to 12 of 12 entries
Norfazliana Binti Abdullah (2024), Recent Advances In Nanocellulose-based Adsorbent For Sustainable Removal Of Pharmaceutical Contaminants From Water Bodies: A Review
Norfazliana Binti Abdullah (2023), Insight Into Photocatalysis Technology As A Promising Approach To Tackle Microplastics Pollution Through Degradation And Upcycling
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