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Available Technologies

Detecting cementing faults in oil wells

  • Engineering, Oil and gas, Software

Greater precision

The method is able to detect cementing faults with greater precision than existing methods.

Greater efficiency

The method is more efficient than existing methods because it can be automated and does not require the involvement of specialists.

Greater granularity

The method provides a more granular assessment of cement quality, which allows project managers to make more assertive decisions.

The problem-solution approach

Cementing oil wells is an essential stage in guaranteeing the well’s safety and productivity. However, failures in cementing can cause fluid leaks, environmental contamination and loss of production.

What is it?

The invention is a computational method for detecting and evaluating cementing failures in oil well casings. To do this, the method uses machine learning and highly reliable numerical simulations to interpret acoustic profiling signals.

How it works

The method first uses numerical simulations to create a representative data set of cementing faults. It then uses machine learning to train a predictive model that can identify and estimate the severity of the faults.

Inventors

Alan Conci Kubrusly

Bruno Greco de Sousa

Daniel Ramos Louzada

Helon Vicente Hultmann Ayala

Isabel Giron Camerini

João Humberto Guandalini Batista

Luis Paulo Brasil de Souza

Mateus Gheorghe de Castro Ribeiro

Rafael Valladares de Almeida

Tiago de Magalhães Correia

Thiago Leite Cavalcante

Patent title:
Computational method for detecting and estimating cementing faults in oil well casings by acquiring acoustic profiling signals through the production column based on machine learning and high-fidelity simulations

Deposit Number:
BR 10 2021 018581 3

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