2. Bachelor‘s Degree in Chemical Engineering (India)
Main Subjects: Physical Chemistry, Process Calculation,
Chemical Thermodynamic, Computer Simulation,
High Engineering Mathematics, Mass and Heat transfer etc.
Master‘s Degree in Nuclear Engineering at ENSICAEN (France)
Main Subjects: Nuclear Physics, Radioprotection
Project Management, Statistic & Probability
Detectors & Scientific visit, Physics of Ionizing Radiation.
Master‘s Degree in Nuclear Engineering at EMN (France)
Main Subjects: Radiochemistry, Molecular modeling,
Nuclear Materials, Nuclear Reactors and
Nuclear Fuel Cycle.
Master‘s Thesis at KIT-INE(Germany)
Main Subjects: Geochemical and Transport modelling,
Geology and Hydraulics, Geochemistry, Repository technology,
Engineered barrier system.
EDUCATION
2
3. Characterization of
Material
SEM, FTIR ,
HPLC,EXAFS,ICP-
MS,
EXANES & XRD etc.
Senior Process
Engineer
Mass & Transfer,
Process Simulation,
Material Science and
Organic Chemistry
Molecular
Modeling
Tools: Materials
Studio 6.0.(6 months)
Creating Crystal,
Choosing the model,
Analyzing the result
Chemical Waste
Treatment
Design of
Hydrodynamic
Cavitation Reactor
Bubble Dynamic
(physical Chemistry)
Research
Assistant
Dr.S.H. Sonawane
Nanotechnology ,
Surface chemistry and
Electrostatic
Chemistry
Research
Assistant
Dr.Volker Mertz &
Dr.Vanessa Montoya
(6 months)
Reactive Transport
Modeling
Comsol, Phreeqc &
iCP
RESEARCH & INDUSTRIAL EXPERIENCE
3
4. • Microsoft Office like word, excel & PPT
etc.
• C++, HTML, Python & Mat-lab
• Phreeqc & iCP.
• Comsol, Aspen and Geant4.
• Explaining, Discussing, & Criticizing
• Writing and Reporting .
• Using an instrument & Caring for an
instrument.
• Demonstrating & Experimenting.
• Fluent in English
• Self-Motivation.
• Self-Management .
• Creative, Innovative, Independent
Ambitious, Intellectual curiosity and
determination.
• Planning, Managing and Execution of
project.
• Goal Setting, Scheduling & Assessment.
• Working with Others.
Organizational
Skills
Personal Skills
Computer
Skills
Scientific
Skills
SKILLS
4
5. Nuclear Power
437 nuclear reactor contributing to 11% of the world electricity
300 new nuclear reactor are proposed around the globe.
Nuclear waste will be severe problem in future.
Growth prospect for Nuclear Energy in Asia Sub-continent.
The total cumulative amount of spent fuel that will be generated by
2020 is estimated at 445 000 MTHM, of which about 324 000still
be in storage rather than recycled.
Nuclear Waste Management
To plan, manage and dispose the radioactive wastes (solid, Liquid
and gases wastes).
Reprocessing of the spent fuel: Purex process.
Temporary Storage: Spent fuel pools (SFP) are storage pools for
spent fuel from nuclear reactors.
Other means of waste managements like ADS , Rock melting,
Outer space etc.
Deep geological repository
Study of deep geological disposal : Research and Site selection .
Study of repository technique : Construction and Methodology.
Safety assessment and risk analysis.
Social and Ethical Considerations
Chemistry Background
Application of my knowledge in physical chemistry, Aquatic
chemistry, Surface chemistry, Electrochemistry, and
radiochemistry.
Chemical Thermodynamic, Mathematic and statistics.
Chemistry lab work.
Molecular Modeling
Application of theory of molecular modeling.
Creating molecular structure and using different types of model
Monte-Carlo Simulation
Analyzing the result: structural, statistical and dynamic etc.
Learn more in detail about multi-scale modeling and Transport in
clay.
Reactive Transport Modeling
Study of Migration of radionuclide
Different Geo-chemical and Physical process affecting the
migration
Phreeqc utilize to model at macroscopic scale and analyzing the
result
iCP to simulate and understand the migration of radionuclide for
longer duration.
Opportunity to learn how to incorporate different parameter,
equation and model like poisson boltzmann equation, double
layer model, Stern model , Surface charge , Surface potential, and
etc.
MOTIVATION
5
