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Temperature-pressure
analysis during (multi-stage)
fracturing using autonomous temperature
pressure gauges
pressure gauges
Efficiency of hydraulic fracturing:
- reducing loading of polymers and destroyers;
- optimizing buffer and total volume fracturing stages;
- enhancing use of proppant fractions for best fracture filling;
- specifying geological and mechanical properties of rocks for subsequent hydraulic fracturing.
Production capacity:
- recalculating fracture geometry based on downhole pressure and temperature values;
- improving accuracy of estimated well production rates after fracturing owing to recalculation of fracture parameters;
- estimating of thermobaric changes in the interval during production of the formation section/area;
- controlling intervention team operations.
- improving accuracy of estimated well production rates after fracturing owing to recalculation of fracture parameters;
- estimating of thermobaric changes in the interval during production of the formation section/area;
- controlling intervention team operations.
Analysis of fracturing complications:
- identifying reasons for having STOP
- assessing the degree of opening of multi-stage fracturing ports;
- performing friction analysis.
Quality and safety of surveys:
- the equipment is designed for the pressure of 1300 atmospheres and the temperature of 150°C;
- the use of two temperature pressure gauges eliminates the risk of data loss;
- the equipment is under patent protection;
- the recording sets adapted and approved for use by top manufacturers of multi-stage fracturing assemblies.
- the use of two temperature pressure gauges eliminates the risk of data loss;
- the equipment is under patent protection;
- the recording sets adapted and approved for use by top manufacturers of multi-stage fracturing assemblies.
Equipment
for temperature-pressure analysis
