Our Services

Sokkelkartet 2025: Maps of fields and licenses in Norwegian Continental Shelf

Acreage, Licenses & Permit Applications

We provide expert evaluation and delivery of primary and secondary term work programme for our clients. Where appropriate, we assist clients in developing and proposing activities to support scope variations to title instruments, enabling the further maturation of high risk portfolios. Together we will make our clients application stand out in a crowded field.

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Seismic Constrained Reservoir Characterisation

Gain valuable insights and develop actionable strategies with our deterministic, stochastic and elastic inversion workflows. Whether you're looking to expand your portfolio into new areas or testing new play concepts in existing areas, our consulting services will provide a robust risk based integrated subsurface model to optimize your decision making and improve your bottom line.

Advances in Seismic Interpretation and Reservoir Characterization Workshop, SEG KL, OCT 2025

Appraisal & Development Well Planning

Drive your field development success by engaging our expertise from the outset. Make confident, data‑driven decisions by:
visualising producible volumes, assessing lateral/vertical connectivity, estimating well count, determine drive mechanism, and incorporate static models for history matching. Assess the viability of your projects upfront, to ensure risks are minimised.

3D Grav-Mag Model

Gravity & Magnetics Modelling

Gravity and magnetic survey, when combined with other information provide low cost regional understanding of the subsurface. Modelling and interpretation of grav-mag data can help mitigate risks, optimize designs, and ensure regulatory compliance.

Morteza Azadpour, Mohammad Reza Saberi, Abdolrahim Javaherian, Mehdi Shabani; Journal of Petroleum Science and Engineering, Volume 195, December 2020, 107864

1D, 2D, & 3D Rock Models

Rock property scenario modelling can underpin a range of possible outcomes. Although simple, it can very quickly eliminate certain outcomes, sufficient for early-stage exploration decision making. We build “pseudo-well” models at individual locations to reconstruct properties that predict reservoir quality and/or geo-mechanical behavior.