چکیده مقاله
In high H2S gas well doing industrial operations can cause serious environmental, financial & health consequences, risk management plays an important role especially these days that world in war with SARS COV 2 pandemic we should have stronger boundaries to protect lives One of the common methods is hierarchy method In this study by using a combination of this method and design a new correlation to calculate static bottom hole pressure at gas wells we tried to have a strong risk management with a final goal to replace the industrial operation In the past, time consuming and imprecise trial and error methods& expensive operations were used to calculate static bottom hole pressure for gas wells So, a general equation was modified based on field observations to obtain more accurate predictions of static bottomhole pressure For this purpose, a unique adjustable parameter, based on history matching of wells, has been proposed for each reservoir Accuracy of this equation was investigated in three Iranian gas reservoir information Good agreement was obtained among the field observations and this proposed equation The precision of this method depends on field data and with increasing numbers of field tests, the model becomes more accurate
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شیوه ارجاع
Karimi Organi, Fatemeh and Babakpour, Hamid and Pourbadir, Ali and Kheirollahpour, Bahador and Batooie, Moona and Pourghorban, Hamidreza,1402,Introduction of A Risk and Change Management Method by Design a Modified Equation to Calculate the Static Bottom-hole Pressure of Iranian Gas Wells Based on Hierarchy Risk Management and Surface data To Replace and Eliminate Operational Risk (Third Development),The 9th International Conference on Industrial and Systems Engineering,Mashhad
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