Key tasks include managing stock sheets, ensuring daily dispatch updates, and overseeing payment processes. Efforts focus on identifying and onboarding traders and new customers, updating enquiry sheets, coordinating with NMDC, SAIL and JSPL for procurement, and ensuring seamless dispatch execution to drive operational efficiency and regional growth.
Managed civil and electrical contracts for stations, along with branding and canopy structures. Responsibilities included overseeing both comprehensive and non-comprehensive maintenance of compressors and dispensers, handling O&M manpower services, coordinating marketing campaigns, IT services, and managing the supply chain for O&M spares, pipes, and flowmeters.
Tracked project progress in collaboration with site teams, compiling and organizing PESO-approved documents and drawings. Conducted a technical evaluation of vendor offers for LCNG station SITC turnkey projects. Additionally, I developed concept layouts and P&IDs for upcoming LCNG stations.
Project Title: Study of Polymer Injection, Crude Handling, and Dehydration Process.
Project Title: Well Services
Project Title: Drilling Fluid and Enhanced Oil Recovery
This project involved extensive research and laboratory work, focusing on the use of nickel foam as both a catalyst and an electrode for the electrochemical reduction of carbon dioxide into simpler hydrocarbons. The study included the synthesis of nickel-based electrodes using the hydrothermal method and the characterization of CuMoO₂/Ni foam structures and morphologies through techniques such as FTIR, XRD, and FESEM. The electrochemical reduction process yielded value-added products like CH₄, C₂H₄, and C₂H₂. Notably, uniform separation was observed in the 9-hour nickel foam sample compared to the 3-hour and 6-hour samples.
This paper deals with various methodologies for implementing Dual Gradient Drilling, available in the industry at present, to realise the basic principle of having two fluid gradients in the well, both chemically and mechanically.
This paper was presented at the International Conference of Additive Manufacturing and Advanced Materials (AM2 2021).