| METHOD PREDICTING PERSPECTIVE OF AREAS FOR OIL AND GAS |
| FIELD: proximity evaluation of prospects of developed geological structures prior to start of deep exploratory drilling.
EFFECT: enhanced authenticity of measurement results, simplified method and decreased cost of its realization. 2 cl, 3 dwg |
|
| METHOD OF GEOPHYSICAL PROSPECTING TO ESTABLISH FILTRATION CAPACITIVE PROPERTIES OF OIL-AND-GAS BEARING DEPOSITS IN INTERWELL SPACE |
| FIELD: oil geology.
EFFECT: raised reliability and accuracy of substantiation of geological conditions to position exploratory and production wells. |
|
| METHOD FOR ROUTING FIBER-OPTIC CABLE OVER OVERHEAD POWER TRANSMISSION LINE |
| FIELD: oil geology.
EFFECT: reduced expenses for drilling. |
|
| RADAR DETECTING INHOMOGENEITIES IN LAYER OF GROUND CLOSE TO SURFACE |
| FIELD: geophysics.
EFFECT: increased precision and resolution of radar. 5 dwg |
|
| METHOD OF FLAMELESS BREAKAGE OF SOLID BODIES AND DEVICE FOR ITS EMBODIMENT |
| FIELD: technology of blasting operations, particularly, flameless blasting of rocks.
EFFECT: higher safety of operation with flameless breakage of solid bodies. 2 cl, 1 dwg |
|
| DEVICE FOR FORMATION OF DIRECTED FRACTURES IN WELLS |
| FIELD: mining; applicable in formation of initiating fracture in well, presetting the orientation of rock fracturing plane in mining of valuable crystalline raw materials and stone, construction of roads and tunnels in mountainous regions, and breakage of oversizes.
EFFECT: increased efficiency of device operation, reduced time for rock fracturing, simplified design of device. 4 cl, 3 dwg |
|
| METHOD OF EXPLORING OIL-GAS DEPOSITS |
| FIELD: drilling of directional wells for exploration of oil and gas deposits.
EFFECT: higher efficiency of search, exploration and subsequent development of hard-to-reach oil and gas deposits. 2 dwg |
|
| METHOD OF TREATING WELL FORMATION ZONE |
| FIELD: mining industry; applicable in recovery of reservoir properties of well formation zone, particularly, carbon-containing formation.
EFFECT: increased formation permeability and ecological safety. 3 cl |
|
| METHOD OF COAL BOREHOLE MINING |
| FIELD: mining industry.
EFFECT: increased calorific power of produced gas. 4 cl, 1 dwg |
|
Geology
