Energy is a strategic research pillar at Qatar University, given its vital role in supporting the Qatar National Vision 2030, particularly in its economic and environmental aspects. Energy is a major driver of the national economy, which calls for the development of sustainable solutions that enhance its efficiency and support the transition to a diversified economy, less dependent on traditional resources, through innovation and advanced technology.
Through this priority, Qatar University seeks to lead interdisciplinary research efforts focused on addressing challenges related to energy production and consumption, developing renewable and clean energy technologies, reducing emissions, and designing smart and safe energy management systems.
This pillar also aims to support national policies through effective partnerships with government and industrial entities, and to contribute to building a national base of research talent capable of excelling locally and globally. This pillar includes diverse research topics covering the technical, environmental, regulatory, and social dimensions of the energy sector, such as energy efficiency, energy resource transformation, sustainability, advanced technologies, and smart control systems. This diversity of topics represents a comprehensive response to national priorities and an opportunity to enhance the university's contribution to finding practical, applicable solutions that contribute to the country's sustainable development.
The main research priorities within the Energy Pillar and the sub-priorities emanating from each main priority are:
Smart Grids and Energy Management Systems
- Advanced Energy Management Systems
- Development of Integrated Smart Grids
- Network Security and Reliability
Advanced Materials for Energy Applications
- Development of Advanced Materials and Low-carbon Metals
- Energy Storage Materials and Technologies
- End Products in Aluminum Sector
Enhancing Oil and Gas Production Sustainability and Developing Alternatives
- Sustainable Oil and Gas Production Techniques and Associated Byproduct
- Carbon Emission Reduction Technologies in the Oil and Gas Industry and Enhancing the Energy Transition
- Fossil Fuel Alternative Production Technologies
- Blue Ammonia Production
Carbon Capture and Storage Technologies
- Carbon Capture and Storage Technologies
- Economic and Regulatory Aspects
Renewable Energy and Energy Efficiency
- Renewable Energy Production, Storage and Conversion
- Energy Efficiency and Rationalization of Consumption