By Region
Williston Basin
Completions optimization in the Bakken and Three Forks formations — tight oil development across North Dakota and Montana.
Completions optimization in the Bakken and Three Forks formations — tight oil development across North Dakota and Montana.
Market Context
Bakken and Three Forks formations present low-permeability reservoirs where cluster-level flow distribution directly impacts recovery. Uneven stimulation leaves pay behind.
Operators target Middle Bakken, Upper Three Forks, and Lower Three Forks benches on the same pad. Cross-bench benchmarking with Seismos data enables optimized designs per zone.
Dense infill development creates frac hits and depletion effects between parent and child wells. Real-time measurement identifies inter-well communication before it damages offset production.
Extreme winter conditions in North Dakota compress operational windows and increase equipment risk. Consistent execution and first-time-right completions reduce costly weather-related delays.
Technology
Tight Bakken rock and variable natural fracture networks make cluster flow distribution unpredictable from surface pressure alone. SAFA provides direct acoustic measurement of perforation friction and cluster flow — giving operators stage-level visibility into each bench.
Learn about SAFA →Compressed winter pumping schedules and multi-bench targets demand first-time-right execution. CLF measures, analyzes, and prescribes corrective interventions intra-stage — maintaining flow uniformity and reducing re-work across Bakken and Three Forks wells.
Learn about CLF →Dense infill drilling across multiple benches creates inter-well interaction risk. Wellbore Integrity quantifies near-field connectivity index across offset wells — enabling parent-child interference management on stacked-pay Williston pads.
Learn about Wellbore Integrity →See how Seismos delivers completions optimization across the Bakken and Three Forks formations.
See Williston data