Projects
Energy, Exergy, and Life Cycle Analysis of Cyclohexane Processes:
Dec 2021 - May 2022
Evaluated Energy and exergy expenditure for both of process for Production of Cyclohexane Process
Designed and implement Retro fit design for heat exchanger network (HEN)
Assessed & developed types of regression methods for prediction of the production rate and equipment
efficiency with behavior with flow rates of raw materials
Carried out Life Cycle Analysis (LCA) cradle to cradle approach for both Production of cyclohexane process
with their Retro fit design
Implemented and analyzed machine learning exposure towards the impact on energy and exergy expenditure
with respect to flow rates of raw materials
Monitoring and Controlling Pressure, Temperature. And Flow Rate of an acetone Storage Tank Using PID Controllers:
Aug 2021 - Dec 2021
Created PID network to decrease the risk involved operating high pressure vessels
Analyzed and identified the potential risk and safety equipment’s for the pressure vessel which can incorporate
the PID for low latency
Designed the autonomous system to govern the pressure vessel to safety parameters on event of break down
Evaluated the product cost and manufacturing cost by Aspen Cost estimator and MATLAB
Programmed PID Valve to have less risk in event of breakdown
Assessed the product design with Industrial experts for the 3D model design of Tank with which PID
equipment fitted
Optimized the Latency of PID Controllers from in built damping system with lesser offset value
Produced, Edited and published an awareness video on YouTube “CHE3999-TARP EPJ (Marketing Pitch)”
Production of Acrylic acid Performed in Aspen Hysys with Economic Evaluation:
Aug 2021 - Dec 2021
Created A process simulation model with the help of Aspen HYSYS V11 for the production of acrylic acid from propene.
Optimized process to have we were able to make a 97% pure compound i.e., acrylic acid.
Implemented economic analysis and compared with the data from the Aspen HYSYS results with market analysis
Simulation based analysis of sweetening of natural gas by amine processes:
Jan 2021 - May 2021
This projects aims to sweetening of natural gas by amine processes. Amine Absorption from a Natural Gas Plant is generally used for the removal of gases such as H2S and CO2 from the natural gas exhaust stream. among the most effective and economic acid gas removal is by using package blended amine, for example MEA and MDEA in aqueous solution.
Effect Of Controllers On Flash Tank During The Production Of Acid Free Natural Gas By Amine Process With The Help Of Aspen Modelling:
Jan 2020 - May 2020
Amine Absorption from a Natural Gas Plant is generally used for the removal of gases such as H2S and CO2 from the natural gas exhaust stream.
Implemented 3 controller to have a optimum results achieved by pressure control for flash drum, level controller for flash drum, and feed rate controller ,the parameter which governs the PID controllers where fined tuned in Mat lab software by various tuning methods for getting best parameters for best output possible
CFD ESTIMATION OF HEAT TRANSFER IN ALUMINUM PIPE OF DIFFERENT INNER SURFACES:
Aug 2021 - Dec 2021
Analyzed and Estimated heat transfer for aluminum pipe with different inner surface
Implemented of Ansys to carry out simulation for 3D model of pipe structure and observation
N2 Removal by Amine Absorption from a Natural Gas Plant using Aspen:
Aug 2019 - Dec 2019
Developed flowsheet with existing amine absorption from a natural gas plant with
Assessed the economic evaluation and mitigated towards less total investment with optimized HEN
arrangement.