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BroadBand Precision

Integrated completion service

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Increase production and recovery with improved wellbore coverage 

The BroadBand Precision integrated completion service maximizes oil and gas production and recovery in conventional and unconventional reservoirs by ensuring every fracture is stimulated and propped open from the tip of the fracture to the wellbore. Every promising perforation cluster in each interval is stimulated, and proppant coverage is maximized across all fractures to create flow paths for hydrocarbons.

Control fracture placement and reservoir contact

The BroadBand Precision service enables maximum control of fracture placement, sizing, and conductivity. By completing the well with cemented frac sleeves, every cluster along the lateral can be fractured with accuracy and efficiency.

BroadBand Precision service accurately and efficiently controls fracture placement while the engineered composite fluid props open each fracture from tip to wellbore Conventional proppant placement
BroadBand Precision
Integrated Completion Service
Diagram of the BroadBand Precision integrated completion service
Diagram of the BroadBand Precision integrated completion service

Ensure more efficient unconventional operations

Efficient operations are important to ensure economic success in unconventional reservoir plays. By coordinating multiple services into one offering, the BroadBand Precision service offers seamless operations.

Operational efficiency is improved by controlling fracture placement to reduce water, proppant usage, and horsepower for productive stimulation treatment and reduced operational footprint. The integrated modeling and measurement data is used to optimize the stimulation design. A single point of contact in the office or on location ensures strong customer support every step of the way.

Kinetix Frac

Integrated fracture stimulation software

Accelerate stimulation planning from days to minutes by automating workflows and enabling collaboration.

Kinetix RT

Real-time stimulation optimization software

Use surface and downhole data to facilitate immediate decisions during fracturing and acidizing operations.

Unconventionals

Knowledge for increased efficiency

Optimize well landing, fracturing, and production to maximize recovery at less time and cost per barrel.
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Case Study Schlumberger Fracturing Team Steps In and Saves 24 Hours of Rig Time, Permian Basin

Reclosable CT frac sleeves enable completion of 37 frac stages in just 55 hours and provide subsequent zonal management flexibility.

Case Study BroadBand Precision Service Reduces Stimulation Time by 64% for RITEK-Beloyarskneft

Fracturing with coiled tubing in the well improves efficiency of operations, and completion design reduces water cut for wells in northern Russia.

Case Study BroadBand Precision Service Saves 10 Days on 20-Zone Completion for Gazpromneft-Yamal

Integrated service reduces well construction costs, improves reservoir contact, and enables future water and gas shutoff, Russia.

Case Study Invizion Evaluation Service Improves Zonal Isolation 70% in Eagle Ford Shale

Evaluation of near-wellbore communication and isolation of cemented BroadBand Precision service sleeves enhance well stimulation.
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Tech Paper Precise Fracturing: Increasing Number of Stages and Reducing Treatments Size in Oil Rims of Novoportovskoe Oil Field

Today, an effective application of multistage fracturing (MSF) became an acute problem for the Yamal Peninsula fields. At Novoportovskoe oil and gas condensate field, in order to achieve an effective reservoir coverage with fractures to increase hydrocarbons recovery, it was decided to revise the concept of horizontal wells completion, increasing the number of MSF stages and decreasing the distance between the stages.
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Tech Paper Coiled Tubing Boosts Efficiency of Multistage Hydraulic Fracturing Technique in Novoportovskoe Field

Today, when most reservoirs have low productivity, the question of whether hydraulic fracturing can be applied to the oil rims becomes very important. In such environment, the challenge of this widespread method of production intensification is significantly increased risk of gas breakthrough.

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