Device for performing deep drillings and method of performing deep drillings

A method of performing deep drillings in geological formations, the method comprising the following steps:

• a. crushing or disintegrating rock in a component of rock crushing, wherein the rock is crushed or disintegrated by means of one or a combination of devices of a group of devices utilized for rock crushing by performing directed explosion, electro-spark discharge, water beam, plasma process, laser spallation, plasma spallation, high-temperature fluidics, and mechanical means,
• b. filling a moving formwork in a component for continuous formation of a casing profile by filling the moving formwork from a container with cement composition reinforced with reinforcing materials selected from the group consisting of metal fibers, carbon fibers, Kevlar fibers, or their mixture with various fiber lengths, which cement composition after solidifying forms the casing, and wherein the component for continuous formation of a casing continuously forms the casing by the moving formwork, ensures interaction of the moving formwork with the formed casing, and continuously forms at least 2 openings,
• c. providing a downward water transport path and an upward water transport path in a component of casing as transfer and transport infrastructure, which component is formed during the drilling process, by the two openings made in the casing, wherein the transport paths are provided for container transport from a surface to a bottom of a borehole and back, based on the forces of circulating water or/and based on the container buoyancy, either positive or negative, based on the gas buoyancy (airlift), and by further openings, the cement composite mixture being formed between the individual openings, the cement composite mixture being formed between the individual openings as reinforcement of the whole casing, the casing further including further openings for transport of water for cooling and transport of water power, openings for transport of liquid or gaseous energy carriers, electric energy, and signals, and wherein the component of casing as transfer and transport infrastructure cooperates with the component for rock crushing and the component for continuous formation of casing profile,
• d. transporting materials by a transport container component to the surface and/or of specialized devices,
• e. controlling the rock crushing component, the component for continuous formation of a casing profile, the component of casing as transfer and transport infrastructure, and the transport container component via a control and communication component by performing telemetry, signaling, acquiring and evaluation of sensory information,
• f. transforming energy from primary energy to energy forms for the respective rock crushing component, component for continuous formation of a casing profile, component of casing as transfer and transport infrastructure, and control and communication component of the platform,
• g. providing a component for operating transport containers for positioning the transport containers into functional positions, and
• h. providing a component for removing and loading the rock from a place of crushing, wherein rock is removed and loaded hydrodynamically.