A NEAR WELLBORE SIMULATOR?
Zeeshan Ahmad, Jaspal K Saini, Haziq Jeelani?
Journal Title:International Journal of Computer Science and Mobile Computing - IJCSMC
Abstract
The major objective of this project is to develop a Near Wellbore Simulator, a software programme,
which will assist oil and gas companies in effective chemical squeeze treatments in oil and gas fields. This report
contains methodology planned to apply to develop the complete software package for proposed Near Wellbore
Simulator.
This document contains information about purpose and requirement of such programme, design of user
interface for the programme users, methodology to do flow computation, and result calculation from flow
computation have been described in sequence. In the beginning, the background information about challenges
oil and gas companies are facing has been described along with the demand of this type of software programme.
The objective of this project is to develop a near wellbore simulator (a software package) to simulate the scale
inhibitor squeeze treatment operations and evaluate post squeeze well behavior. The proposed simulator will
serve for all the challenges (described above) faced by operator during scale squeeze treatments.
All the mathematical equations for solution flow, adsorption, desorption, will be provided and will be coded inside
the software. The user of the software will input required data and compute squeeze treatments to solve various
challenges they face during scale inhibitor squeeze.
There is important demand of a software programme, a near wellbore simulator, which assist oil and gas
companies in effective squeeze treatments The region or rock layers, which is close to wellbore (let’s say up to 50
meters away from wellbore) is called near wellbore region. Due to deposition of scale mineral either on the rock
surface in the near wellbore region or inside the wellbore, oil and gas production decreases.
This software will help the oil and gas industries to determine what amount of chemicals should be used so that
minerals should not get deposited on the wellbore.
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