Muhammad Bilawal

Worked with other engineers to research ways to use the Sabatier Process to produce a synthetic natural gas which would potentially meet the future energy demands around the world and help sustain two main challenges of modern society consisting of fossil fuel reserves and the increase of fuel prices along with environmental concerns.

Oversaw inventory levels specific to the amount of crude oil that was in the company’s storage tanks by using specialized software to track shipments from the field to the facility. Effectively handled the reporting on the amount of oil that needed to be shipped in from the oil field and compared this to the amount that the company would be able to store onsite. Oversaw shipment deadlines to ensure the product was received on time.

Tasked with the responsibility to line trace the complete production process which included understanding the standard operating procedure regarding pipe standards and how to check the products properties with mechanical testing such as strength rupture stress and compression testing. Oversaw the activities regarding the production phase of the project

Chemical Reaction Engineering, Process System Engineering, Thermal Process Engineering, Combustion Engineering, Advance Fluid Dynamics, Advance Heat and Mass Transfer, Computational Fluid Dynamics. Overall Result 1.6 Grade.

Chemical Reaction Engineering, Separation Processes, Heat Transfer, Mass Transfer, Fluid Dynamics, Chemical Process Optimization, Thermodynamics, Environmental Pollution Control, Petroleum Refining and Petrochemicals, Process Modeling and Simulation. Overall Result 78.27%.