Pateco Continental Marine Services Limited

Land-data Processing

Land-data Processing

Our comprehensive toolkit for modern, high-density land surveys ensures accurate and efficient data processing. Whether you’re dealing with onshore seismic data or other land-based geoscience information, our services cover the entire processing lifecycle:

  • Deblend: Our smart inversion algorithm upgrades acquisition efficiency and data quality.
  • Statics Correction: Addressing topography and near-surface effects.
  • Noise and Multiple Attenuation: Enhancing signal quality.
  • Full-Azimuth Processing: Comprehensive seismic analysis.
  • Advanced Reconstruction and Regularization Algorithms: Including support for compressive sensing.
  • MP-FWI Imaging: State-of-the-art velocity model building and imaging.

Seismic Processing

  • Our company offers professional seismic data processing services. This involves transforming raw seismic data (recorded during acquisition) into interpretable data volumes (post-stack data). By applying various filters and corrections, such as denoising, deconvolution, interpolation, and velocity estimation, we enhance the signal-to-noise ratio and remove artifacts. We guarantee these key seismic processing deliverables to our esteemed clients:

    Field Data Validation: Ensuring accurate shot and receiver positions, travel time, and reflection points.
  • Noise Removal: Applying filters to enhance signal quality and remove unwanted noise.
  • Deconvolution: Improving seismic wavelet shape.
  • Static Corrections: Addressing near-surface effects due to topography and weathering.
  • Velocity Analysis: Estimating subsurface velocity variations.
  • Migration: Transforming data from time domain to depth domain.
  • Full-Azimuth Processing: Utilizing all available azimuths for better imaging.
  • Anisotropic Imaging: Accounting for subsurface anisotropy.
  • Multiparameter FWI: High-resolution velocity model building.
  • Stacked Sections: Creating interpretable seismic images.
  • Amplitude Variation with Offset (AVO): Quantifying fluid properties.
  • Attribute Analysis: Identifying geological features.

Time-Lapse Seismic

  • Our time-lapse (4D) seismic processing services enable you to track reservoir dynamics over time using high-quality, repeatable seismic data. By comparing seismic responses from different vintages, we reveal subtle changes within your reservoir. Here’s how we achieve accurate results:

    Geologic Expertise: Drawing from our rich experience, we tailor our workflows to diverse geologic settings, including marine streamer, ocean bottom, land, and permanent monitoring seismic data.
  • Precision Algorithms: Our specialized algorithms mitigate acquisition-related variability, ensuring that observed differences genuinely reflect reservoir changes.
  • Efficient Workflows: We design streamlined processes that minimize costs and maximize data availability.
  • Seamless Integration: Our workflows seamlessly apply to subsequent monitor surveys, enhancing continuity and reliability.

Petrophysics

Our petrophysics services provide a comprehensive understanding of rock and fluid properties within oil and gas reservoirs. Our team employs a range of techniques, including well logging, core analysis, and seismic data evaluation, to extract critical insights. Here’s an overview of our offerings:

  • Well Logging: We meticulously assess rock properties using downhole measurements, ensuring accurate data collection.
  • Core Analysis: Our experts study core samples to determine porosity, permeability, and lithology, essential for reservoir characterization.
  • Saturation Analysis: We quantify fluid content within reservoirs, aiding in reservoir management and production optimization.
  • Pore Pressure Evaluation: Understanding subsurface pressure conditions is crucial for safe and efficient operations.
  • Reservoir Modeling: We work closely with geoscientists to model reservoir properties accurately.
  • Hydrocarbon Migration Studies: Investigating fluid movement patterns helps predict reservoir behaviour over time.

Full Waveform Inversion (FWI) 

This a sophisticated technique used in geophysics to estimate detailed subsurface properties from seismic data. Some of the FWI services that our team provides include:

  • Initial Model Creation: We start with an initial velocity model estimate.
  • Wavefield Simulation: Our experts simulate synthetic shot gathers using full wavefield modeling, accounting for various propagation effects.
  • Data Calibration: We compare modeled data to actual measurements, refining the model iteratively.
  • High-Resolution Velocity Models: FWI enhances seismic imaging, providing detailed subsurface information.
  • Improved Reservoir Characterization: Precise velocity models aid in exploration and reservoir management.
  • Customized Workflows: We tailor workflows to specific geologic settings, optimizing results.

Quantitative Interpretation

Quantitative Interpretation (QI) bridges the gap between data and actionable insights. Our geoscientists apply advanced mathematical and statistical techniques to analyze numerical data, enabling precise decision-making. Here’s what we offer:

Reservoir Characterization:

  • Rock Properties: We quantify porosity, permeability, and lithology.
  • Fluid Content: Determining hydrocarbon saturation.
  • Pore Pressure Assessment: Understanding subsurface pressure conditions.
  • Data-Driven Insights:
  • Statistical Analysis: Extracting patterns and trends.
  • Predictive Modeling: Forecasting reservoir behaviour.
  • Risk Assessment: Evaluating uncertainties.