An Assessment of the Effect of Temperature of the Layer on Technologıcal Indicators on the Regulation of Eco-Exploitation Conditions during the Development of Oil Fields

A hydrothermodynamic model has been proposed, which allows to predict the impact of reservoir temperature areas on development indicators, which is one of the important factors in the management and regulation of filtration processes for solving eco-exploitation problems in the development of oil fields, based on which the dynamics of pressure, temperature changes in the well wall and the surrounding area. A sharp decrease in pressure occurs mainly in the zone around the well, and as the distance from the zone around the well, the rate of pressure decrease almost does not occur. The temperature drops sharply mainly on the well wall and in the zone close to it. In the case of filtering a homogeneous liquid in a non-stationary mode, a sharp difference in the temperature field change was not determined compared to the case of stationary filtering. Thus, the maximum difference in the price of temperature change in the well wall during 10 years for different options does not exceed the mentioned 4.9%.This assessment stimulates the regulation of eco-operating conditions, being considered practical in increasing the reliability and accuracy of the interpretation of well data and determining the possible exact values of the thermal, filtration and capacity parameters of the reservoir.