🎓 Discover PhD and Master's programmes at leading universities worldwide — Sign up free to save searches and get email alerts
MUM

Highly-Active Metal Complexes for Low Temperature Thermocatalytic Ammonia Production

Monash University Malaysia Engineering and Information Technology
✓ Fully Funded 🎓 Chemical Engineering 🎓 Chemical Physics 🎓 Energy Technologies 🎓 Inorganic Chemistry 🎓 Materials Science 🎓 Nanotechnology 🎓 Structural Chemistry net zero Malaysia PhD catalysis sustainable energy ammonia production green hydrogen metal complexes nitrogen fixation

Funded PhD at Monash University Malaysia focused on developing low-temperature catalytic systems for sustainable ammonia production and clean energy applications.

Project Description

This PhD project investigates alternative catalytic pathways for ammonia production under low-temperature and low-pressure conditions. Ammonia is a key chemical for agriculture and a potential hydrogen carrier, but current production via the Haber–Bosch process is energy intensive. This project aims to develop highly-active metal complexes that enable more sustainable ammonia synthesis. The research focuses on: Design and synthesis of metal complexes using transition metals (Fe, Co, Ni, Mo) Development of ligand systems to enhance catalytic activity Mechanistic studies of nitrogen activation and hydrogenation Catalyst optimisation for efficiency, selectivity, and durability Integration with green hydrogen and sustainable energy sources The project combines fundamental chemistry with practical applications in clean energy and sustainable industrial processes.

Entry Requirements

First Class degree in Engineering or Science (Chemical Engineering, Chemistry, Physics or related)
Strong English communication skills

Preferred:
Interest in catalysis, green technology, or alternative fuels
Research experience and publications

Candidate should be able to work independently and collaboratively.

How to Apply

Contact the supervisor (Prof Meng Nan Chong)
Submit:
1-page cover letter
CV (including publications if any)
Proof of English proficiency (if available)
Submit Expression of Interest (EoI) with research proposal
If shortlisted, proceed to application and interview

Note:

Process changes from May 2026
Check updated instructions from 4 May 2026

Eligibility

UK/Home
EU
International

Supervisor Profile

PM
Prof Meng Nan Chong, Dr Joshua Zheyan Soo
Monash University Malaysia, Engineering and Information Technology

Related Opportunities

Nano-enabled detection and risk communication of microplastics in ASEAN food chains
Monash University Malaysia Dr. Athirah Bakhtiar 🎓 Analytical Chemistry 🎓 Environmental Chemistry

Explore novel nano-enabled sensors to detect microplastics in food chains across ASEAN. Apply your skills in nanotechnology and environmental science to develop practical detection tools and design digital media strateg…

This research addresses the urgent need to detect and manage microplastic contamination in ASEAN food chains, a major health and environmen…

725+ citations · h15
Nanotechnology Medication Safety
Rheology and Hydrodynamics of Algal and Cyanobacteria Co-Cultures
University of Technology Sydney Assoc Prof Mathieu Pernice 🎓 Biotechnology 🎓 Chemical Engineering

Explore the complex rheological and hydrodynamic properties of mixed algal cultures. Develop models to optimize industrial photobioreactor design, combining lab research and industrial application in an international se…

This research enables more efficient and resilient algal cultivation methods critical for sustainable biotechnology. By improving photobior…

6109+ citations · h43
Symbiosis Nutrition Microalgae Omics
Constrained Bismuth–Metal-Free Scaffolds for Ammonia Activation
Maynooth University Dr Daniela Bezuidenhout 🎓 Chemistry 🎓 Materials Science Deadline: 30 Apr 2026

Explore developing precious metal-free bismuth-based scaffolds for catalyzing ammonia activation under Dr Daniela Bezuidenhout's supervision at Maynooth University. Synthesize and characterize novel compounds to advance…

This research targets sustainable catalytic activation of ammonia, a key molecule in green energy and chemical industry. By designing preci…

1080+ citations · h20
Bismuth Scaffolds Ammonia Activation Organic Ligands Catalyst Development
Manufacture of sustainable electrocatalysts for CO2 conversion by dealloying
CNRS and Imperial College London 🎓 Chemistry 🎓 Materials Science Deadline: 01 May 2026

Explore atomic-scale processes in brass dealloying to produce nanoporous copper for CO2 electrocatalysis. Use advanced microscopy to understand how alloy composition affects catalytic activity and contribute to sustaina…

This research aims to develop efficient, sustainable electrocatalysts for CO2 conversion, providing pathways to reduce greenhouse gases and…

Dealloying Electrocatalysis Nanostructured Materials Transmission Electron Microscopy