Chemical maintanance,production,planner,design,assistant engineer
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Education: 4
Experience: 0 years
Relocation: Yes - Internationally
Career Objective
Looking for a challenging career which demands the best of my professional ability in terms of technical and analytical skills which helps me in broadening and enhancing my current skill and knowledge.Looking for a oil and gas refinery field
Professional Experience
Industrial visit to GHCL limited, i-FLO salt manufacturing company in Thiruporur.
Six month working experience in a shasun pharmaceuticals and formulation unit at puducherry
Eductation
B.Tech
(Chemical engineering)
2010-2014
Sri Sivasubramaniya Nadar College of Engineering.
Anna University
Chennai.
over all cgpa-7.30
core cgpa -7.73
12Th
Mar-2010
I.V.N Government Higher secondary School.
Tamil Nadu
State Board
percentage-86.41%
10Th
Apr-2008
I.V.N Government Higher secondary School.
Tamil Nadu
State Board
percentage-87.6%
Certification
Participated in national level MAT Lab workshop
Additional Information
MAIN PROJECT:
“EFFECT OF HEAT TREATMENT ON ZNS-NANOCRYSTALS DOPED SILICA”
DESCRIPTION:
ZnS nano particles embedded in SiO2 matrix consisted of well dispersed nearly mono sized nanoparticles. Zinc sulfide doped silica xerogels are prepared by sol gel method varying the molar ratios of the dopant ZnS and Silica precursor TEOS. Apart from molar ratio, other parameters like the pH of the medium, the aging conditions and drying conditions were changed. The aging condition most suitable to the formation of a transparent xerogel is dry aging as these gels did not show appreciable changes in crystal size and crystal structure during high temperature heating. The characterizations studies were done by XRD and TEM images. TEM image is used to study the morphology of the synthesized nanoparticles. XRD analysis is used to calculate the diameter of the crystal size and phase transformations. It was seen that silica has masked the nanocrystals of ZnS from the effects of high temperatures namely (i)size increase, (ii)ZnO formation and (iii)Zinc blende transformation to Wurtzite. The results show that wet aged gels show a significant rise in the crystal size at high temperatures. ZnO crystals were not present even at high temperature. Vacuum treatment has eliminated oxidation of ZnS, even with silica.
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