IMPACT OF THE TEMPERATURE FACTOR ON THE VALUE OF HYDROSTATIC PRESSURE AT DRILLING GEOTHERMAL WELLS

Abstract

One of the most important tasks of modern natural science is energy saving and replacement of non-renewable energy sources with wind, solar, geothermal, wave and other energies. The main advantage of geothermal water is that it can be supplied in places where it is continuously regenerated and directly consumes heat, energy, more importantly, useful chemistry, has healing properties and abilities. The article discusses the influence of the temperature factor on the value of hydrostatic pressure while drilling of geothermal wells using chemical reagents based on water-soluble polymers in the process of drilling deep wells, which ensure the stability of drilling fluids at high temperatures.As mentioned earlier, the regulation of hydrostatic pressure by increasing the drilling mud densityat high temperatures is inappropriate. Therefore, it is necessary to take measures to improve the sedimentation stability of drilling muds.