Mr Ioan-Alexandru Baragau
2D Materials Design and Discovery
The overall vision of my project is focused on exploring and discovering new advanced functional nanocomposites. By developing/optimizing the CHFS and protocols, my research project will take an integrated approach covering synthesis through to characterisation. Ultimately, having a lasting impact on the way in which we utilize these novel nanomaterials for a wide range of applications to benefit science and importantly society.
Mr Zhen Lu
Nanoparticles for Enhanced Oil Recovery (EOR)
Taking into consideration the rapid decline of oil resources, the application of nanomaterials in EOR takes an important stand in among other approaches to increase oil recovery efficiency.
Mr Uthman Alli
Synthesis, characterisation and application of MXene derived materials in supercapacitor devices
The research is focused on the synthesis, characterisation and performance assessment of MXene based nanomaterials. It aims to deliver supercapacitors with enhanced energy density, energy-to-weight ratio and power-to-weight ratio thereby improving energy storage performance and contributing to a green process engineering.
Mr Kiem Nguyen
Continuous Hydrothermal Flow Synthesis of Carbon Based Nanomaterials
The optimised conversion of renewable biomass and waste-related components into useful nanomaterials is one of the biggest challenges for a sustainable world. The aim of my research project is to design and engineer biomass derived carbon quantum dots materials with unique properties delivered via green, single step CHFS approaches as well as studying and having an understanding of the mechanism behind the optical properties to provide a comprehensive structural and optical characterisation of biomass-derived CQDs.
Mr Conor Davids
2D Materials for Wireless Antennas
The aim of my project is to design, engineer and validate high-performance 2D nanomaterials for wireless communications. The 2D derivatives will be delivered via environmentally benign, rapid and controllable Continuous Hydrothermal Flow Synthesis (CHFS) route as well improved traditional methods when required. The as-synthesized and characterized materials will be printed into antennas and their performance will be tested..
Mr Sunil Jayantha Hettiarachchi
Enhancing engine oil performance using nanoparticles and bio-lubricants as additives
The research project aim to utilise nanoparticles and bio-lubricant to optimize internal combustion engine lubrication to reduce friction and wear leading to improve fuel consumption and to reduce exhaust emissions.
Mr Remon Ashraf
2D Materials for Water Treatment
One of the greatest challenges facing humanity is the provision of sustainable and affordable access to potable water. The World Economic Forum published its Global Risks Report in 2016, and ranked water crises as 3rd of the most impactful environmental and societal risks. Furthermore, it is listed as number 6 in the UN Sustainable Development Goals.To tackle this global challenge, there is a strong need to develop efficient and economical technologies/materials (2D derivatives) to treat water. This project takes an integrated approach covering synthesis through to characterization, composition and application for water treatment.
Mr Kelvin Sunday (MSc student, 2019-2020)
Mr Redda Hassan (MSc Student, (2019-2020)
Mr Edvaldo Neto (MSc student 2018-2020)
Mr Carlos J Mendes Buitrago (MSc student 2017-2018)
Mr Eduardo A. E Calizaya (Intern, 2017-2018)
Mr Tomas Gaffnney (Erasmus student, 2018)
Miss Zoe Devlin (Erasmus student, 2018)
Miss Miss Olusayo B. I. Ajetunmobi (2016-2017)
Mr Arni Vaughn (2015-2016)
Mr Alexander Abbott (Intern, June-July 2016)
Miss Jennifer Osunde ( Erasmus student, 6 months)