Thermobaric studies

at GRPs/IGRPs with self-contained manometers-thermometers

Increased efficiency of hydraulic fracturing

- Reduction of polymer and destructor loading;

- optimization of buffer and total volume fracturing stages;

- more efficient use of proppant fractions for the best fracture packing;

- refinement of geomechanical properties of rocks during subsequent hydraulic fracturing.

Increased production efficiency:

- recalculation of fracture geometry using actual downhole pressure and temperature parameters;
- more accurate estimation of well production rate after fracturing due to recalculation of fracture parameters;
- estimation of thermobaric changes in the section during operation of the section/area of the reservoir;
- control of operations of the well intervention team.

Assessing the causes of hydraulic fracturing complications:

- Identification of reasons for obtaining "STOP"

- estimation of the degree of opening of hydraulic fracturing ports;

- friction analysis.

Quality and safety of research:

- the equipment is designed for pressure 1300 atm, temperature 150ºC;
- the use of two manometers-thermometers eliminates the risk of data loss;
- patent protection of the equipment;
- recording complexes are adapted and approved for use by leading manufacturers of IGRP layouts.

Equipment
for thermobaric studies

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Thermobaric studies

Equipmentfor thermobaric studies

Equipment
for thermobaric studies