Version 2.3 of p:IGI+ and Metis introduce a number of new features including enhanced support for auto-artefacts, uncertainty, graphs, maps and more ...
Managing Director​ & Data Scientist
Improved artefact management is a key update delivered in v2. 3. Auto-artefacts cover the majority of artefacts including graphs, palettes, maps, pages, rule sets, dynamic sample sets and statistics. In the new release, existing autographs have been reviewed and updated, and a range of new auto-artefact templates added.
Senior Geochemist/Basin Modeller
We are pleased to announce our latest newsletter is now available to read. Please use this link. Â Â to access all our latest news and ideas.
PVT data is essential for reservoir engineers to understand the properties and behaviour of oil and gas in the subsurface. It provides the necessary information on the reservoir fluids phase behaviour and composition needed for reservoir development and production planning.
Unfortunately, as the sun set on the summer solstice on the beach at Westward Ho! we did not see a fabled green flash. However, there are several outcomes we can share with everyone! Â
First, we heard loud and clear, companies prefer fewer releases.
Box-Size Numerical Modelling of Hydrogen Migration and Trapping: Testing the Geological Setting and Analogies with the Petroleum Systems
Integrated Geochemistry Interpretation (IGI Ltd) -Â Tiago Abreu Cunha & Marianne Nuzzo
MARUM - Centre for Marine Environmental Sciences, University of Bremen, Germany - Javier GarcÃa-Pintado & Marta Pérez-Gussinyé
Natural Hydrogen Study Group (NHSG) - Steve Lawrence, Owain…
Senior Petroleum Geochemist / Basin Modeller
2-Methylhopane - by Paul Farrimond
Hopanes are widely employed in petroleum geochemistry and have a near-ubiquitous occurrence in oils and source rocks, being derivedÂ
from bacteria.
The IGI user group ran in person over the 20-22 June 2023. This year saw a return to an in person user group, at Hallsannery in the Devon countryside. Read more here. . .
Poly-aromatic hydrocarbons encompass thousands of compounds formed by the fusion of two or more benzene rings. In this article we review their use in forensic geochemistry.
