Technological solutions

An impulse of dynamic depression is generated, a compacted rock cover with reduced permeability is separated
  • Explosive weight 7.1
  • Outer diameter, mm 105 mm
  • Max temperature, C 200
  • Length, mm 500

Designed to improve the efficiency of blasting and perforating operations for well finishing with stimulation

Perforation with Plug@Perf technology is designed for completion of several intervals with installation of a plug during multistage fracturing

Perforation in wells with high formation pressure and two development objects, as well as in sidetracking wells

Underbalanced perforation technology with assembly initiation using a microprocessor system of initiation (MPSI) and subsequent development using an ESP

  • Length, mm, max 1300
  • Outer diameter, mm, max 63.5
  • MPSI weight, kg, max 22
  • Explosive weight 0.01340…0.01345
  • Perforation density, holes/m 20

Perforation on dynamic depression technology ΔP (DeltaP)

An impulse of dynamic depression is generated, a compacted rock cover with reduced permeability is separated

The technology of high-energy gas-dynamic fracturing using solid fuel pressure generators (TGDU)

Charge type

ZGTD-105

Explosive weight

7.1

Max temperature, С

200

Cluster

Designed to improve the efficiency of blasting and perforating operations for well finishing with stimulation

Plug@Perf perforation technology

Perforation with Plug@Perf technology is designed for completion of several intervals with installation of a plug during multistage fracturing

Perforation technology with two initiating heads

Perforation in wells with high formation pressure and two development objects, as well as in sidetracking wells

The technology of packer perforation followed by hydraulic fracturing/well logging

Minimum operating pressure, atm. 0

Underbalance perforation technology with subsequent development using an ESP or a jet pump

Underbalanced perforation technology with assembly initiation using a microprocessor system of initiation (MPSI) and subsequent development using an ESP