Complex multiphase flows & strict environmental regulations present immense challenges in designing of processes and equipment in Oil & Gas Industry.
Combustion and heat transfer can be modelled using Computational Fluid Dynamics (CFD) and has been used widely in optimization of gas and oil burners as well as pulverized coal furnaces.
Heat Treatment of FEED & Produced Water using heat exchangers to improve separation performance is routinely employed in Oil & Gas refineries.
The ASME Section VIII vessels used in refining & chemical industry are generally perceived to be reliable & safe under most circumstances.
Water treatment is the process that improves the quality of water to make it more acceptable for the specific end-use.
Additional loads caused by structural movements resulting from rotary or reciprocating equipment and occasional loads caused by natural events like earthquake can cause severe and costly loss to oil and gas infrastructure.
Design the tank internals such that the gravity separation of oil and water is ensured. The design shall maximize the hydrodynamic behavior of the flow inside the tank. It is desired the water content in the oil collected at the oil outlet should be less than 10% by volume.
High pressure pulsations generated from reciprocating pumps or reciprocating compressors can cause a number of problems like vibration, fatigue failures, water hammer and reduction in efficiency.