• اقتصاد سیاسی انرژی به ویژه در حوزه خلیج فارس
Mohammad Mehdi Farsi Aliabadi; Yavar Dashtbany
Abstract
Oil production sustainability has always been the primary purpose of producers and consumers. However, achieving this objective turned into a challenge due to economic uncertainties and geopolitical risks. In this study, the Markov-Switching model has been applied to investigate the impact of economic ...
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Oil production sustainability has always been the primary purpose of producers and consumers. However, achieving this objective turned into a challenge due to economic uncertainties and geopolitical risks. In this study, the Markov-Switching model has been applied to investigate the impact of economic uncertainties and geopolitical risks on Iran's and Saudi Arabia's oil production. The main results indicated that two regimes, including the ascending and descending regimes. Moreover, the economic uncertainties and geopolitical risks negatively and statistically impact Iran's oil production in both states; these variables similarly influence Saudi Arabia's oil production. According to these results, both countries should reduce the traditional rivalry and detente with each other to reach their long-term goals, such as maximizing their oil production revenue.
Pouriya Shokri; Ali Faridzad; Atefeh Taklif; Touraj Dehghani
Abstract
The act of planning in order to reach optimum production from crude oil reserves with emphasizing on technical limitations and economic modeling and forecasting, is known as a necessity to earn the maximum profit from oil export incomes and providing national intertemporal interests for oil producing ...
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The act of planning in order to reach optimum production from crude oil reserves with emphasizing on technical limitations and economic modeling and forecasting, is known as a necessity to earn the maximum profit from oil export incomes and providing national intertemporal interests for oil producing and exporting countries. This study estimates the optimal trend of crude oil production from south Azadegan Iranian oil field by the metaheuristic algorithm of Particle Swarm Optimization (PSO) on a thirty-year period. The concept of maximum efficient rate (MER) is employed to reach the best simulation of technical and physical field properties and moreover, the three price scenarios and two discount rate scenarios are used to apply the economic dynamics of crude oil world market. The results show that applying EOR programs simultaneously during the production by gas injection into the anticline of SARVAK reservoir, proven reserve of the field can be increased up to 6 billion barrels in this period. It also increases the cumulative production up to 3 billion barrels during the simulation period which was about 1.4 billion barrels based on the present RMDP
