SandIQ™ Optimized Peforating for Diversion

US Patent No. US 9,725,993 Other Patents Pending

WITH CONVENTIONAL PERFORATING, WHAT MAKES YOU THINK THAT 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
SandIQ™ Optimized Peforating for Diversion
SandIQ™ Optimized Peforating for Diversion