Sunway Centre for Electrochemical Energy and Sustainable Technology
Overview
Sunway Centre for Electrochemical Energy and Sustainable Technology (SCEEST) at Sunway University is leading in leveraging the extraordinary properties of graphene and other two-dimensional nanomaterials to drive innovation in a range of cutting-edge applications. With a focus on sustainability, SCEEST is exploring the potential of these materials in fields ranging from energy storage, harvesting, and conversion to biomedical engineering.
Our researchers are investigating and exploiting the unique characteristics of 2D materials, including graphene, MXene, transition metal dichalcogenides, and other hybrid nanomaterials, through a combination of synthesis, characterisation, and device fabrication. Their work has already yielded exciting advancements in heat transfer fluids, sensors, and energy storage.
At SCEEST, we are committed to sustainability and environmentally conscious practices. Our research team is actively seeking ways to harness the potential of 2D materials to address global challenges such as climate change and planetary health.
We collaborate with other research teams nationally and internationally, ensuring our discoveries and innovations are widely shared with the scientific community. Our findings are published in high-impact scientific journals, furthering the reach of our research and ensuring its impact is felt far beyond our institution.
Join us at the forefront of materials science research and discover the endless possibilities that graphene and 2D materials offer in shaping the sustainable future of technology.
Research Facilities and Services
| Instrument (Brand/Model) | Code | Type of Analysis |
|---|---|---|
| Contact Angle Analyser | CAA | Contact angle measurement |
| Electrical Conductivity [Haneflex, Emcee Model 1153 Digital Conductivity Meter] | ECL | Liquid sample |
| Four Ball Tester [Ducom Four Ball Tester TR-30L-PNU-KRL-IAS-RFA-PC] | FBT-01 | Wear scar, COF |
| FBT-02 | Weld load | |
| FTIR Spectrophotometer [Perkin Elmer] | FTIR-04 | Attenuated Total Reflection (ATR) |
| Hall Effect Measurement System [Ecopia, HMS3300 (RT-500C)] | HMS-01 | Sample at room temperature and ambient environment |
| HMS-02 | Sample heating from room temperature to 500 °C and nitrogen ambient | |
| Differential Scanning Calorimeter, High Pressure [TA Instruments, Discovery DSC-25P] | DSC-03 | • Temperature range: 30°C to 500°C • Oxidative-Induction Temperature (dynamic OIT) and Oxidative-Onset Temperature (OOT) analysis |
| Laser Flash Thermal Conductivity [Netzsch, LFA 467 HyperFlash] | LF-01 | Sample at room temperature and nitrogen ambient |
| Rheometer [Anton Paar, MCR 302] | R-02 | Sample testing under variable heating and shearing rates |
| Seebeck Coefficient Measurement System [Netzsch, SBA 458 Nemesis] | SCM-01 | Sample at room temperature and nitrogen ambient |
| SCM-02 | Sample under heating from room temperature to 800 °C and nitrogen ambient | |
| Spin Coater [SPS, POLOS SPIN 150i] | SPC-01 | Sample coating in ambient environment |
| SPC-02 | Sample coating in nitrogen environment | |
| UV-Vis-NIR Spectrophotometer System [Agilent, Cary 5000] | UV-03 | Liquid sample at room temperature |
| UV-04 | Liquid sample at room temperature | |
| UV-05 | Solid/powder sample |
For enquiry regarding the Service offered, please contact Prof. Mohammad Khalid at @email
