Dr. Ng Chi Huey

Dr. Ng Chi Huey

Fakulti Kejuruteraan, UMS

Dr. Ng Chi Huey is a distinguished researcher at Fakulti Kejuruteraan, University Malaysia Sabah. Their research focuses on Development of functional nanocomposite materials for diverse energy and environmental applications in the field of energy conversion, and energy storage., .

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.

Dr. Ng Chi Huey holds Doktor Falsafah (Ph.D) from Lain-lain , among other qualifications, and has established themselves as a respected expert in their field.

Research

Projects

5

Active

4

Grants

RM 1,314,707.34


Research Interests & Expertise

Chemistry - Electrochemistry

Energy Resources And Engineering - Energy Storage Technology

Material Sciences And Technology Including Engineering Materials - Graphene

Material Sciences And Technology Including Engineering Materials - Hydrogen Generation

Material Sciences And Technology Including Engineering Materials - Electrode Materials for Batteries

Material Sciences And Technology Including Engineering Materials - Electrode materials for Supercapacitors

Material Sciences And Technology Including Engineering Materials - Solar Cell Materials

Publications

Total Publications by Year


Scopus Metrics

Scopus Profile

Documents

41

H-Index

27

Citations

3,048

Affiliation

Universiti Malaysia Sabah

Research listing

Current Research Projects

Fullerene-based electrolyzer for an efficient hydrogen generation through alkaline seawater electrolysis

Leader

2024 - 2027

Investigation of the charge transport mechanism of titanium-based heterojunction system in palm oil mill effluent (pome) degradation

Leader

2023 - 2026

Metal-organic-framework (mof)- layered double oxide (ldo) hybrids towards enhancing ketonization reaction of carboxylic acid

Member

2023 - 2026

Glycerol acetylation to acetin over solid acid catalysts derived dolomite doped zirconia

Member

2023 - 2026

Publications listing

NOTE: PUBLICATION DATA FOR THE LAST 3 YEARS WILL BE DISPLAYED

Showing 1 to 10 of 12 entries

1.

Abdulkareem Ghassan Abdulkareem Alsultan , Taufiq Yap Yun Hin , Md Aminul Islam , Collin Glen Joseph A/l Anthony Joseph , Ng Chi Huey , Teo Siow Hwa (2026), Engineering One-dimensional Titania Nanostructures For Enhanced Photocatalysis In Energy Conversion And Environmental Treatment

2.

Teo Siow Hwa , Moh Pak Yan , Mohd Razali Bin Shamsuddin , Collin Glen Joseph A/l Anthony Joseph , Ng Chi Huey (2026), Highly Efficient Photocatalytic Degradation Of Reactive Black 5 Using Ti-based Mixed Oxide Nanocomposites

3.

Teo Siow Hwa , Ng Chi Huey (2026), Regulation Of Phase Distribution Via A-site Cation Reactivity For Efficient Dion-jacobson 2d Perovskite Solar Cells

4.

Ng Chi Huey (2025), Rapid Synthesis Of Stable Cs2sni6 Double Perovskite For Visible-light Dssc–supercapacitor Applications

5.

Ng Chi Huey (2025), Beyond Separation: Multifunctional Separators In Rechargeable Batteries

6.

Teo Siow Hwa , Ng Chi Huey (2024), Flattening Of The Cratered Inorganic Perovskite Film Via Precursor Engineering For Cspbi2br Solar Cells With 16.86% Efficiency

7.

Coswald Stephen Sipaut @ Mohd Nasri , Teo Siow Hwa , Nancy Julius Siambun , Jidon @ Adrian Bin Janaun , Jurry Foo @ Jurry Bt. F. Michael , Ng Chi Huey (2024), The Roles Of Carbonaceous Wastes For Catalysis, Energy, And Environmental Remediation

8.

Chiam Chel Ken , Ng Chi Huey , Zykamilia Binti Kamin , Farhana Binti Abd Lahin , Rosalam Hj. Sarbatly (2024), Cellulose And Cellulose Derivatives In Sustainable Membrane Development For Oil/water Separation

9.

Nancy Julius Siambun , Teo Siow Hwa , Jurry Foo @ Jurry Bt. F. Michael , Ng Chi Huey , Jidon @ Adrian Bin Janaun , Taufiq Yap Yun Hin , Coswald Stephen Sipaut @ Mohd Nasri (2024), The Roles Of Carbonaceous Wastes For Catalysis, Energy, And Environmental Remediation.

10.

Teo Siow Hwa , Ng Chi Huey (2024), Machine Learning Quantification Of Grain Boundary Defects For High Efficiency Perovskite Solar Cells


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