Technologies, Partners & Examples
Technical Partnerships & Advanced Solutions
PSS-GEO combines in-house expertise with strategic partnerships in Norway to deliver high-end subsurface solutions tailored for complex geological settings. Through our collaboration with Pre Stack Solutions-GEO AS, we integrate proprietary technologies and elite data-processing capabilities into every project:
Proprietary & High-Impact Technologies
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Rune Inversion (Patented)
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Advanced density and velocity estimation from post-stack and pre-stack seismic data, revealing reservoir properties beyond conventional methods.
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Advanced Rock Physics & Reservoir Characterisation
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Specialised modelling tools for quantitative reservoir analysis.
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Fault Seal & Fluid Analysis
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Seismic-based evaluation of fault integrity and fluid distribution, supporting exploration, geothermal, and carbon storage projects.
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Structural Enhancement & Pore Pressure Prediction
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High-resolution imaging and integrated pressure modelling for reduced subsurface uncertainty.
Strategic Technical Network
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Strategic Collaboration with ModelGeo AS, Norway We also partner with ModelGeo AS, to utilise their industry-leading ModelGeo software and services for: Advanced model building. Precise velocity-depth conversion. Lithology prediction derived from velocity data.
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Strategic Collaboration with CamaGeo AS, Norway Well logs interpretation and core integration from the developers and expert user of IP software.
Delivering Confidence in Complex Projects
Our integrated approach, proven in consortium projects, ensures technically robust solutions and high-value results for exploration and reservoir development.
Comprehensive Seismic Data Interpretation
Advanced Property Prediction including on Post-Stack Seismic Data
Even when data is constrained—such as when only limited angles or post-stack data are available—we provide essential support to geologists by de-risking prospects through advanced geophysical analysis. Our proprietary workflows, including Rune Inversion, extract maximum value from these restricted datasets to reveal critical subsurface properties that conventional methods often miss. For example, we can effectively map an 8km depth section to highlight high-porosity reservoir (in red), providing the clarity needed for confident decision-making despite data limitations.
Precision in Complex Fault Analysis
Our advanced workflows deliver high-resolution structural interpretations, even in areas with significant tectonic complexity. By applying proprietary tensor-based technology for structural smoothing and detailed fault-seal analysis, we accurately characterise fracture networks and fluid migration pathways. This precision allows us to de-risk drilling targets by distinguishing between sealing faults and potential leakage zones, ensuring a robust structural framework for your reservoir model.
Quantitative Interpretation
We deliver a complete Quantitative Interpretation (QI) workflow, transforming seismic data into detailed lithology and fluid overviews. By performing every step—from advanced data conditioning to proprietary inversion—we provide high-resolution mapping of reservoir properties. Our process includes rigorous de-risking and volumetric analysis, utilising probability models to provide a clear understanding of resource distribution and geological certainty.
Comprehensive well log interpretation
Our comprehensive well log interpretation and CPI services transform raw borehole data into high-fidelity reservoir models by executing every critical petrophysical step. We specialise in multi-well correlation and precise tops interpretation to establish a robust stratigraphic framework, as demonstrated by our detailed cross-section visualisations. By integrating core-to-log calibrations and advanced formation evaluation—including porosity and fluid saturation analysis—we provide the geological "ground truth" necessary for accurate volumetrics and seamless seismic integration.
Rock Physics
Our team is fluent in advanced Rock Physics, using it as a sophisticated bridge between seismic response and geological reality. We do not rely solely on standard plots; rather, we integrate a deep understanding of depositional environments and mineralogy to model how seismic waves interact with various rock frameworks. By analysing parameters acquired from well logs, we can distinguish between complex lithologies—such as differentiating sands from clay—and predict fluid effects with high confidence. This rock physics foundation allows us to translate geophysical anomalies into concrete geological insights, ensuring that every inversion or AVO study is backed by a physically consistent and geologically plausible model.
Reservoir Engineering
Our reservoir engineering services provide a seamless transition from static models to dynamic production forecasts. We perform comprehensive volumetric calculations and risk computations, integrating P10, P50, and P90 scenarios to quantify uncertainty across all reservoir units. By leveraging advanced simulation tools, we deliver detailed production profiles—including cumulative gas production and flow rate forecasts—to help you optimise field development and evaluate the long-term commercial viability of your assets.
Regional Interpretaion in time!
We specialise in delivering comprehensive regional interpretations that transform vast datasets into mature exploration targets with high technical precision. Our integrated workflow seamlessly combines advanced data conditioning with detailed well-log correlation and stratigraphic tops interpretation to establish a robust geological framework across expansive areas. By providing elite-level seismic interpretation of complex structures and performing rigorous prospect evaluation, we rapidly move leads through the maturation process to provide the clarity needed for confident investment and drilling decisions.
