Technology of impulse-wave impact on the bottomhole formation zone
The actual productivity of wells is significantly less than its potential. The operation of wells leads to a decrease in their productivity, which is associated with a gradual decrease in reservoir pressure and with a deterioration in the permeability of rocks in the bottomhole formation zone (BFZ) due to blockage of pores, clay, paraffin, resinous, salt and other particles, with an increase in the water cut of the extracted oil due to injection water into the reservoir and other reasons.
The technology of pulsed wave impact improves the reservoir properties of the near-wellbore formation zone by cleaning it from contaminants and creating microfractures in the near-wellbore zone.
* The technology and equipment for its implementation are protected by patents of Ukraine and the Russian Federation.
Methods of influencing the bottomhole formation zone
New well
TRS reduces well damage caused by drilling, cementing and perforating.
Production well
TRS removes blockages in end equipment and perforations.
Injection well
IVV increases injectivity and reduces discharge pressure.
Chemical treatment
TRS improves the efficiency of chem. treatments by increasing the contact area within the target zone.
Hydraulic fracturing
IVV can prepare a well for hydraulic fracturing by reducing the required pressure.
Open well
TRS generates a radial fracture.
Multibarrel. horizon. well
Cleaning of multilateral horizontal wells. Ability to process individual taps.
S&IA "INNOVATIVE TECHNOLOGIES AND SYSTEMS"
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