Dart Landing Depth Confirmation

Our unique hardware measures changes in wellbore pressure at 40,000 times per second, enabling us to accurately detect darts seating and shifting sleeves in real-time. By analyzing the pressure wave generated when darts seat, we can determine the depth in the wellbore that the dart seated at, allowing you to confirm if the dart has shifted the correct sleeve.

Enhanced Safety Net

By accurately detecting and confirming the seating of darts and the shifting of sleeves, our BullsEye technology helps operators minimize the risk of wellbore damage caused by deviations from the completion plan.

Cut Costs

BullEye provides a cost-effective real-time solution to confidently execute your completion plan as designed. Real-time depth confirmation reduces NPT and costs associated with uncertainty.

Let's Get Started

Our BullsEye product is backed by our team of experienced engineers and data scientists, who are dedicated to providing top-quality solutions to the oil and gas industry. We are committed to continuous improvement and innovation, ensuring that our products remain at the forefront of high-frequency sensing technology.Contact us today to learn more about our BullsEye product and how it can help optimize your operations and reduce costs.

Case Study

BullsEye enables confident execution of completion plan while minimizing NPT and the risk of frac plan deviatation.

Objective

A major US operator implemented Momentum AI's BullsEye dart diagnostic system to obtain clear, real-time feedback on dart seating and sleeve shifting. Traditional confirmation methods, like tagging with wireline are expensive and result in significant non-productive time (NPT). The BullsEye system employs ultra-high-frequency pressure sensors positioned at the surface to detect minute pressure changes when darts seat and shift sleeves. Furthermore, the system utilizes pressure waves generated during seating and shifting to identify the specific sleeve in which the dart has landed.

Results

The operator encountered issues in 2 of the 14 stages. In 12 of the 14 stages, Momentum AI rapidly confirmed dart seating and shifting depths in real-time.

In one stage, the BullsEye system did not detect a seat and shift signature. Using the pressure waves generated when pumps are shut down, Momentum determined that the dart had landed at the previous sleeve. The operator promptly deployed a backup dart, which seated and shifted the correct sleeve.

In another stage, the BullsEye system detected that the dart was stuck in the wellhead. The operator successfully freed the dart from the wellhead and completed the seating and shifting of the correct sleeve without further complications.

Conclusion

Momentum AI's innovative and non-invasive BullsEye Dart Intelligence system empowered the operator to seamlessly execute their dart hydraulic fracturing operation with confidence. By mitigating misplaced stages and minimizing costly downtime, this advanced solution effectively reduced expenses typically incurred through traditional confirmation methods, such as wireline tagging or downhole camera utilization.

Optimize your Dart Operations

Dart Landing Depth Confirmation

Case Study

Objective

Results

Conclusion

BullsEye Advanced Dart Intelligence

Subscribe to our marketing updates.