Mohammad E.

I graduated as the first rank among 40 bachelor students from Department of Chemical Engineering in 2010; therefore I participated as the only contestant from my university at Iranian Chemical Engineering Olympiad in 2010. Afterward I got an admission to the Department of Chemical Engineering Isfahan University of technology, Iran, as a master student in 2011. As for my master thesis, I design and construct continuous extraction column for heavy metal separation from model media solution by emulsion liquid membrane technique (ELM). The combination of the extraction and stripping process removed the equilibrium limitations in ELM technique, and as a result, the solute concentration in the feed phase can be reduced to very low levels. Therefore, highly dilute feed solutions amenable for enrichment/separation by ELM separation technique. Afterward I got an admission to the Department of Chemical Engineering Isfahan University of technology, Iran, as a PhD student in 2014. In my PhD thesis, at first, the performance properties including viscosity, viscosity index, thermal conductivity, flash point, and pour point and tribological properties such as friction coefficient and wear of crambe seed oil (CSO) were investigated and compared with other biolubricants, i.e, Jojoba seed oil (JSO), linseed oil (LSO), and fossil base lubricant (FBL) to replace and synergize with commercial base lubricants. Then, to improve CSO performance, copper oxide nanoparticles with sizes of 20, 38, and 60 nm, plate, spherical, and tubular shape carbon nanoparticles were added to it and to a commercial engine oil, and the effect of size and shape of nanoparticles on their thermophysical and tribological properties were studied and compared. Finally, the stability of nanolubricants was, briefly, investigated. I have 6 months of experience as a researcher in Siri island project at submarine institute in Isfahan University of technology and more than 10 years as ASU & Hydrogen plants shift supervisor at Mobarakeh steel Company (MSC). At this time, I do commissioning and performance test of a new plant with 30000 normal cubic meter gas oxygen capacity. Also, I done pressure test, warm test, cold test and startup of the new cryogenic air separation plant with 11000 normal cubic meter gas oxygen capacity at South Kaveh Steel Company.