A significant role in creating safe drilling conditions is played by hydrodynamic pressures in the well, which are determined by the rheological properties of drilling fluids. Rheological properties of drilling fluids are studied from the position of classical mechanics. This approach does not require taking into account the discreteness of the fluid at the suspension level and the composition of the fluid itself, and does not take into account the influence of intermolecular forces acting inside the fluid. The paper considers the influence of the state of bonds in water on the rheological properties of drilling fluids.
Dispersive forces are in antagonistic relations with chemical forces, which, in turn, can be in synergistic or antagonistic relations with forces of electrical nature. Due to the struggle and unity of these forces, inclusion compounds (embedding solutions, clathrates) exist in nature. The manifestation of the dialectical relationship of the three forces is most clearly realized in water. Water exists in nuclear ionic, molecular and metallic states. In liquid form, water exists as a dynamic inclusion solution, which is constantly formed and constantly destroyed.
