SandIQ™ Optimized Peforating for Diversion

WHAT MAKES YOU THINK THAT

WITH CONVENTIONAL PERFORATING,

PROPPANT AND FLUID

TRAVEL TOGETHER TO ALL CLUSTERS?

PARTICLE TRANSFER AT HIGH FLUID VELOCITY IS COMPLEX

FEATURES

  • Provides an “off ramp” for more efficient diversion of proppant
  • Perforating tunnels are tilted in direction of fluid flow
  • Angled holes are engineered to create a physical diversion on toe side of casing for proppant to naturally flow into the formation
  • Shaped charge technology engineered to produce precision holes in casing size, weights, and grades which are used in unconventional wells
  • Customized entry hole selection on request

BENEFITS

  • Constant entry hole size in eccentered conditions
  • Allows the operator to accurately determine the number of open perforations via step rate testing
  • More uniform placement of proppant in all perf clusters within the stage
  • Subsequent stages and wells can then be further optimized for limited entry fracture stimulation

APPLICATIONS

  • Limited entry perforating design
  • Unconventional reservoirs
  • Conveyable on wireline, slickline, and tubing
SandIQ™ Optimized Peforating for Diversion
SandIQ™ Optimized Peforating for Diversion
SandIQ™ Optimized Peforating for Diversion

WHAT MAKES YOU THINK THAT

WITH CONVENTIONAL PERFORATING,

PROPPANT AND FLUID

TRAVEL TOGETHER TO ALL CLUSTERS?

SandIQ™ Optimized Peforating for Diversion

WITH CONVENTIONAL PERFORATING,

PROPPANT AND FLUID

WHAT MAKES YOU THINK THAT

TRAVEL TOGETHER TO ALL CLUSTERS?

SandIQ™ Optimized Peforating for Diversion
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SandIQ™ Optimized Peforating for Diversion
SandIQ™ Optimized Peforating for Diversion
SandIQ™ Optimized Peforating for Diversion