BHARADWAJ SOMU

Engineer with a robust technical background, adept at integrating engineering expertise with strategic sales operations. I am seeking a dynamic role where I can leverage my skills in process improvement, project management, and client relationship building to drive revenue growth and contribute to the success of a forward-thinking manufacturing firm.

Li-CO2-based Battery Technology (03/2021–06/2021)
Analysis of Battery charging and discharging and possible solutions to improve efficiency was performed and future applications were reported.
Transportation losses of LNG from a LNG carrier (12/2020–02/2021)
The variation in the temperature and composition of LNG during transportation is calculated.
CONCEPTUAL DESIGN OF HDA (hydrodealkylation) PLANT (09/2020–01/2021)
This project presents a conceptual approach to designing a HDA plant by balancing both production and economic feasibility.
HAZID PROCEDURE ON A PDH PLANT (05/2020–06/2020)
This project aims to provide a risk analysis of a PDH plant located in Northern Europe, based on the OLEFLEX process.
The analysis is given in terms of a written text and a table, both based on the HAZID procedure.C3 SPLITTER TECHNOLOGY SELECTION (04/2020 - 05/2020)
This project aims to compare two configurations for the C3-splitter column (HP and VRC), in order to find the best technology to be installed and run in a PDH plant during a lifetime of 20 years.
Design of Surface Condenser and the Steam requirement for Paper production (01/2018 - 04/2018)
Successfully designed a theoretical model of the Surface Condenser using Aspen Plus and COMSOL.
Conducted parametric analysis of surface condenser using COMSOL, from the data collected in a paper industry and presented the results for defending my thesis.
Dynamic Simulation of a CSTR (01/2017–04/2017)
Demonstrated the concept of linear feedback equivalence for an exothermic continuous stirred tank reactor with first order kinetics.
Prepared a mathematical model of CSTR using MATLAB.
Presented the trend of concentration of reactants versus reaction time in a CSTR.
Design of Distillation Column (Methanol-Water Separation) (06/2016–08/2016)
Using Mc-Cabe Thiele method a theoretical model of distillation column for methanol-water separation was prepared.
Ideal number of trays were calculated and efficiency of the column was improved.
Concepts of advanced excel like pivot tables, data visualization are used to prepare the conceptual model.

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