Dr Wassim Taleb
Holder of a master degree in biochemistry since 2006 in Montpellier-France, I have specialized in the 3D structure determination of proteins using NMR techniques. I have worked on 2 short projects (6 months each) in Max Plank Institute in Frankfurt Germany (2004) & Pharmacy Faculty in Montpellier (2005) where I practiced most of the biotechniques used in protein synthesis, purification & structure determination.
I then joined a Lebanese EPC company in Saudi Arabia where I worked for over 5 years as a corrosion engineer with the main responsibilities of scheduling & monitoring the surface preparation & coating of all the above storage tanks (crude oil, potable water, irrigation water) & connecting piping. This has allowed me to gain experience in all the related processes from the design stages, fabrication activities & erection jobs. Three of the main projects were the Community Site Development Phase I with the Royal Commission in 2011; EPWTS II: Eastern Province Water Transmission System Phase II for SWCC Saline Water Conversion Corporation in 2008-2010 and the PP9: Riyadh Power Plant 9 for Saudi electricity in 2007.
I am currently refocusing my studies on the oilfield sector & this is why I have joined the University of Leeds in 2011 and added another degree to my basket which is the MSc in oilfield corrosion engineering. I have directly started after that a PhD position focusing on nanotechnology to provide a suitable corrosion mitigation in sweet corrosion environments before joining iFS as a research fellow in oil and gas.
- Research in biogenic corrosion mitigation pathways
- Supervision of PhD/MSc students
- Module Assistant Masters/Co-director CPD Corrosion Course
My work focuses on the characterisation of corrosion layers that develops in sweet corrosion conditions and their interaction with the underlying steel substrate.
I study the kinetics and thermodynamics of formation of such layers while trying to assess physico-mechanical properties and ways to improve densification and adhesion for better corrosion mitigation while relying on these naturally growing layers in both biotic and abiotic systems.
- PhD Nanotechnology in oil and gas
- MSc Oilfield Corrosion engineering
- DEA Interface Chimie Biologie
- MASTER in Biochemistry
I am the co-director of the Oilfield Corrosion Science and Engineering short course and provide the Microbiolly induced corrosion course which is part of its programme. I was also responsible for the module MECH 5021 in 2019.
Research groups and institutes
- Institute of Functional Surfaces