by Akinniyi Akinwumiju
The geochemical characteristics of UK North Sea oils have been investigated over very many years with the oils mainly being typed to the Kimmeridge Clay source rock (dominated by oil-prone Type II marine kerogen; e. g. Cornford, 1998; Underhill, 1998; Gautier, 2005; Raji et al.
We are pleased to announce the release of our geochemistry and basin modelling report on the South Viking Graben.
The report contains a comprehensive appraisal of some 15,490 samples from 237 wells in 15 quadrants, including source rock characterisation, oil-source correlation and 1-D modelling.
We are delighted to announce the dates of our Spring 2019 IGI training courses, to be held in our Devon, UK office.
The poster is entitled:
“Charging and connectivity of fractured basement reservoirs in the West of Shetland (North Atlantic, UK) - Insights from oil geochemistry studies”
This work is in collaboration with Hurricane Energy using their data.
We have a vacancy for an Senior C#/. NET Developer at our office in Aston Science Park, Birmingham. Please download details of this vacancy here:
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Please Note: IGI Ltd does not use recruitment agencies
Tiago Cunha will be representing IGI at the Geological Society case study workshop on 8th - 9th October 2018.
By Laura Garner
Geochemical profiling of petroleum has become an invaluable tool in the appraisal of source rock age, maturity, lithology and depositional setting.
We are pleased to announce the release of version 1. 13. 0 of p:IGI+. This version includes a number of new features and performance enhancements.
This version includes the following changes with respect to 1. 11. 0. 3:
Fixes:
Exporting data with a sample set filters data correctly.
IGI’s strong experience in compiling and quality assuring petroleum geochemical databases has been recognized by the award of a large contract from the Oil & Gas Authority (OGA) to build a database for the UK Continental Shelf (UKCS).
by Marianne Nuzzo
The effects of the alteration of petroleum in subsurface reservoirs due to microbial biodegradation or to physical evaporative fractionation processes are sometimes difficult to distinguish. Biodegradation is the degradation of petroleum compounds by aerobic or anaerobic microbes at the Oil-Water Contact (OWC) (e. g.
