Our specialist laboratories deliver the full analytical workflow for organic geochemistry - from source rock & reservoir screening (TOC, pyrolysis, vitrinite reflectance, etc) through detailed rock, oil & gas analyes (GC, GC-MS, GC-MS/MS and stable isotope analysis, etc). Our laboratories undertake rigorous QC on every dataset generated ensuring high-quality, consistent results you can build interpretations and models on with confidence.

We turn geochemical data into subsurface insight. By integrating geochemical, geological and reservoir data, our specialists evaluate source rocks, hydrocarbon charge, migration pathways, reservoir connectivity and fluid distribution - extracting maximum value from your data to support exploration, field development and production decisions with confidence.

APT Allomon (Allocation & Monitoring) combined detailed geochemical fingerprinting with industry leading toolkits to allocate and monitor production across wells and facilities. Our SME’s deploy tailored approaches for each project allowing us to quantify contributions, track reservoir performance and evaluate changes, for both topside and subsurface applications. All without the need for downhole intervention, minimizing disruption and cost while maximizing value and flexibility. The APT approach is phase ambivalent and can be deployed on heavy to light oils & condensates, gases and waters.

APT Girasol brings geochemical interpretation to the well site, turning mud gas data into near real-time drilling decisions. Our unique software enables rapid identification of pay and contacts as well as evaluation and determination of phase, GOR and compartmentalisation/gradients. This toolkit (available as a consulting service or a software license) is an independent check on other downhole methods and given the ubiquitous collection of such data can be undertaken on virtually any well, including archived legacy data. Applications include exploration, appraisal, development and well integrity/decommissioning.  

We build fully integrated 1D and 3D basin models to evaluate exploration risk, predict hydrocarbon charge and support field developments. Combining geological, geochemical and subsurface data within rigorously calibrated models, we assess source rock maturity, migration pathways, seal integrity, trap timing and fluid distribution - insight that sharpens prospect ranking and investment & development decisions.