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  Novel Ancient Materials for Sustainable Energy Production


   School of Physical and Chemical Sciences

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  Dr Cristina Giordano  No more applications being accepted  Competition Funded PhD Project (Students Worldwide)

About the Project

The rising levels of CO2 in the atmosphere is leading to devastating consequences to our environment. In addition to regulations to limit its emission, CO2 levels can be mitigated by converting it into valuable chemicals such as carbon monoxide, methane, and ethanol. However, the economic viability of CO2 conversion remains a significant challenge due to its high chemical stability and the absence of an efficient catalyst. Although considerable progress has been made in converting CO2 into CO through heterogeneous catalysis and electrocatalysis—both representing the most energy-efficient methodologies, with the former being particularly suited for large-scale processes—insufficient efforts have been directed towards the conversion into longer-chain products, many of which continue to rely on fossil fuels for their production.

The proposed PhD project will focus on the design of bespoke catalysts based on inorganic nanoceramics, ranging from simple nanoparticles to more complex nanostructures, including nanocomposites. The project will encompass the synthesis of selected nanomaterials, their performance evaluation, and the study of the relationship between catalytic activity and structural properties, with the ultimate goal of enhancing activity, selectivity, and stability. Initial catalytic testing will be conducted at QMUL, with foundational equipment available in the Chemistry department, while more comprehensive testing will be done through international collaboration (e.g. Italy and Spain). Overseas research stays and attendance to conference are also an integral part of the PhD program.

For further details on the projects, directly contact Dr C. Giordano ([Email Address Removed])

Giordano‘s research group: https://www.giordanogroup.org/

Researcher Profile

Candidates are expected to have an inorganic chemistry background, preferably in materials, and a strong CV relative to their career stage.

Information about the region: “London, capital city of the United Kingdom, is a world cultural capital, a leading global city with strengths in the arts, education, entertainment, fashion, media, research and development. London's 43 universities form the largest concentration of higher education institutes in Europe, and it is first in the world university rankings. The Queen Mary University of London is part of the Russel’s group, one of the top Universities in London and among the top best Universities world‐wide, with a greater international background and infrastructures.

Directly contact Dr Giordano via mail ([Email Address Removed]) expressing your interest to apply for the scheme, including your CV and motivation letter.

Please note: the deadline for applications is the 29th of January.

More information on the scheme can be found https://www.qmul.ac.uk/scholarships/items/queen-mary-csc-phd-scholarships.html

Chemistry (6) Engineering (12)

Funding Notes

This project is available for Chinese students via the China Scholarship Council (CSC). It is also available to any applicants who wish to self-fund their studies.

Deadline: 29th January 2025


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