Advanced Denoising Solutions for Seismic Processing

Tackling Noise in Seismic Data

Noise in seismic processing comes in many forms, each requiring a specialized approach. We have developed a suite of algorithms and techniques to effectively address various sources of noise.

Incoherent/Random Noise

Our methods for handling incoherent or random noise include advanced time-frequency and rank reduction techniques. These approaches can significantly enhance data quality, even when no other processing is applied.

Key Techniques:

Time-Frequency Techniques: Enhance signal clarity by isolating noise in the time-frequency domain.

Rank Reduction: Improve legacy data quality through sophisticated reduction methods.

Coherent Noise

For coherent noise, we employ a comprehensive set of transform methods to ensure optimal noise suppression.

Transform Methods:

  • FK (Frequency-Wavenumber) Transform
  • FX (Frequency-Space) Transform
  • Radon Transform
  • Tau-P Transform

Custom Denoise Solutions

Some noise challenges demand the creativity and expertise of an experienced processor. Our bespoke denoise solutions leverage the versatility of Digger™. These solutions may involve a partial application or combination of the aforementioned methods, or a modeling and subtraction approach.

Bespoke Solutions:

Digger™ Versatility: Tailored solutions for complex noise scenarios.

Combined Methods: Innovative combinations of standard techniques.

Modeling and Subtraction: Custom approaches for specific noise issues.

 

Why Choose Our Denoise Solutions?

With our diverse and advanced denoising techniques, we ensure your seismic data is processed with the highest level of precision and clarity. Trust our expertise to address all forms of noise and deliver superior data quality.