Dr Kyra Sedransk Campbell, Royal Society-EPSRC Dorothy Hodgkin Research Fellow
Dr Kyra Sedransk Campbell is currently a Royal Society - EPSRC Dorothy Hodgkin Research Fellow (2016-2020) in the Department of Chemical Engineering. Prior to this, she joined the department as a post-doctoral research associate working with Daryl Williams on work sponsored by the Department of Energy and Climate Change. This position followed the completion of her PhD from the University of Cambridge Department of Chemical Engineering under the supervision of Geoff Moggridge, sponsored by the National Science Foundation (USA). Prior to this, Kyra received her SB from MIT, also in Chemical Engineering, for which she completed an undergraduate thesis under the direction of Karen Gleason.
After graduating with a BSc from Aston University, Mustafa spent five years working for the giant oil and gas company, Saudi Aramco. He worked at the Research and Development Centre handling corrosion mitigation challenges in onshore and offshore oil and gas facilities. His project, sponsored by Saudi Aramco, focuses on developing and testing novel corrosion inhibitors to protect against corrosion attacks in harsh environments of oil and gas processes.
Samara Sadeek obtained a BSc in Chemical and Process Engineering with First Class Honours from the University of the West Indies in 2014. She then worked as a Process Engineer at BP TT (seconded via Facility Construction Consultants) and then at Wood Group Trinidad and Tobago. This was followed by her completion of an MSc in Advanced Chemical Engineering at Imperial College London in 2016 where she awarded for her thesis “Investigating corrosion in novel amine solvents”.
She is currently a PhD candidate at Imperial College London under the supervision of Prof Geoff Kelsall and Dr Kyra Sedransk Campbell. Her research is primarily focused on corrosion and passivation behaviour of iron substrates in aqueous amine solvents for post-combustion CO2 capture. Her project includes the study of ferrous carbonate film formation and stability on carbon steel.
Francisco is currently pursuing a PhD in the Chemical Engineering Department at Imperial College London under the supervision of Dr. Jason Hallett. His research is about the industrial application of ionic liquids (ILs) for complex separations, including: lignocellulosic-biomass fractionation and liquid-liquid extraction processes.
In order to successfully implement IL-based processes at large scale, suitable constructions materials are needed. In collaboration with Dr. Kyra Campbell, Mr. Malaret has worked to assess the compatibility of metallic materials with ionic liquids. They are investigating the corrosion behaviour of metals in ILs as well as the products formed (nano/micro materials) (see Victor Dognin).
Before returning to academia, Mr. Malaret worked in France for eight years as a senior process engineer in the oil and gas, specialising in onshore LNG and FLNG projects. His experience ranges from conceptual studies to Engineering, Procurement and Construction (EPC).
Mr. Malaret earned a BScEng degree in chemical engineering and a BSc degree in chemistry, graduating cum laude from Universidad Simon Bolivar in Venezuela. He also holds an MS degree in oil refining from the IFP School in France.
Xiaochu completed her Masters in Chemical Engineering at Imperial College London in 2016-17. She is now studying for her PhD in Chemical Engineering on the topic ‘processes for recovering and re-using materials from end-of-life lithium batteries, supervised by Dr Kyra Sedransk Campbell and Professor Geoff Kelsall.
Angela is from Catanzaro, a small city in the south of Italy. She completed her BSc and MSc in Industrial Chemistry from the University of Bologna. During her MSc she worked for her final project at the University of Marseille (France) as an Erasmus student. The project focused on the synthesis and characterization of new chiral ten-membered rings molecules. Her final BSc project was carried out at the University of Bologna and focused on the synthesis of atropisomeric phosphoric acids used as organocatalysts. She’s currently attending the MRes Green Chemistry: Energy and the Environment at Imperial College and her project is being carried out in the Chemical Engineering department under the supervision of Dr. Kyra Campbell and Dr. Jason Hallett. It focuses on the study of metal corrosion in ionic liquids using electrochemical and immersion techniques.
Nutnicha (Nicha) Manee-in
Nicha joined Campbell research group as an MSc student in the Department of Chemical Engineering sponsored by the Departmental MSc Scholarship. She completed her BEng in Chemical Engineering at Tokyo Institute of Technology with a full scholarship from the Japanese Government. Her undergraduate thesis on selective electrohydrogenation using electrocatalyst under the supervision of Prof. Dr. Ichiro Yamanaka was a part of the Japanese Strategic Innovation Promotion Program aimed to enable hydrogen storage and transportation via existing oil & gas infrastructure.
Nicha’s MSc research project with Dr. Kyra Campbell is focused on reducing corrosion of the vessel steel caused by a classic amine solution used in carbon capture process. Her work is currently probing the interactions between corrosion inhibitor, amine solution and steel surface.
Epameinondas (Minos) Skountzos
Minos graduated with an MSc in Advanced Materials Science from Imperial College London after completing his MEng in Chemical Engineering at the Aristotle University of Thessaloniki (Greece). Currently, he is working under the supervision of Dr Kyra Sedransk Campbell and Prof Mary Ryan. His PhD project, funded by BP-ICAM, aims to improve the understanding of stainless steels and Ni-based alloys behaviour in corrosive environments and specifically bromide containing solutions.
Currently a 5TH year undergraduate student at the National Polytechnic Institute of Chemical Engineering (Toulouse-INP ENSIACET), I did two years of preparating Classes to entrance in engineering high school in Paris. During my first two years in school, I studied chemical engineering (process and chemistry). My last year is devoted to the study of the industrial systems management. I completed a four-month internship at the Imperial College London as a UROP student from May to August 2018.
My project deals with the synthesis of zinc oxide (ZnO) nanoparticles at room temperature with an ionic liquid: 1-Butyl-3-methylimidazolium chloride (BMIMCl) at different water content and different sizes of Zinc particles. Synthesis routes for ZnO currently use high pressures and temperatures. To work with ionic liquid allows low temperatures synthesis and the possibility to develop a green process. The development of new products which allow the water purification while protecting the environment appears as a major challenge. The zinc oxide nanoparticles appear to fit with the expectations.