Jan 2025 – Jan 2026 · 1 yr · Gurugram, Haryana, India · Hybrid

Feb 2023 – Jan 2025 · 1 yr 11 mos · Gurugram, Haryana, India · Hybrid

Mar 2022 – Feb 2023 · 11 mos · Bengaluru, Karnataka, India

Aug 2021 – Mar 2022 · 7 mos · Mumbai, Maharashtra, India

Jan 2021 – Aug 2021 · 7 mos · Pune Division, Maharashtra, India

Aug 2020 – Jan 2021 · 5 mos · Bengaluru, Karnataka, India

Jan 2020 – Jun 2020 · 5 mos · Bengaluru, Karnataka, India

Jun 2019 – Jul 2019 · 1 mo · Mumbai Metropolitan Region

• 1.HAZOP study using PHAWorks 5.3a for Sour Water Stripping Unit, Amine Treatment Unit, and Cooling Water System and suggested actions to be taken to the client (IOCL) by identifying, the nodes, and their consequences.
• 2.Consistency checks of the documents provided by the licensor company (Honeywell UOP) for the new Catalytic Reforming Unit consisting of Naphtha Hydro treating Unit, Benzene Saturation Unit, and Fixed Bed Platforming Unit.
• 3.Raising technical queries related to the PIDs, PFDs, MSDs, Line lists, equipment lists, and PDSs.
• 4,Modeled an excel tool to calculate the power consumption in impellers which saved a substantial amount of time for the first draft of cost estimation.

May 2018 – Jul 2018 · 2 mos · Greater Indore Area

• 1.Identify major potential sources of emissions of waste water in the membrane cell plant, and then further analysing the water requirements for value added plants..
• 2.Calculating effectiveness, range, approach, wet bulb temperature, water evaporation loss, cycle of concentration, blow-down ratio and makeup water of cooling towers.
• 3.Methods to improve efficiency of cooling towers and alternate methods to use effluent water in the plant and thereby decrease chances of frothing, fouling, scaling, corrosion in the cooling tower.
• 4.Study the different processes in chlor alkali plant, thereafter study chlorine circuit and then reducing the moisture in chlorine from 4500 ppm to 100 ppm.
• 5.Find reactions of chlorine with different compounds which may occur during, post production or during the removal of moisture in chlorine gas.
• 6.Exploring different health and environmental effects of chlorine.
• 7.Conducting mass balance and heat balance calculations for each component in the process of reducing the moisture content in chlorine gas.
• 8.And finally suggesting ways to efficient ways to reduce the moisture content as well as suggesting ways to recycle the waste produced during the moisture removal process.