Carbon Capture and Storage (CCS)

Geochemical modelling of CO2 migration for reservoir management, monitoring and leakage risk analysis

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Looking at Gas Chromatograms

with Paul Farrimond

Apologies for beginning this note with some history…  When I worked on my Ph. D. project in the mid-1980s I witnessed the arrival of the first desk-top computers into our laboratory in Bristol.   They were expensive and clunky, and we only had a few.

Paul Farrimond

Director & Technical Advisor

Features

A full-physics numerical model to simulate the migration and trapping of Natura H2 (and associated gases) in sedimentary basins

Dedicated data model and graphs to assist in the databasing and interpretation of geochemistry data for the exploration of Natural H2 and associate gases (e.g. H2, He, Ne, CH4, CO2).

Benefits

Research & Innovation

Geological/process-oriented modelling of  Natural H2 and associated gases in sedimentary basins using state-of-the-art numerical solutions. Integration of  research and observations

Consultancy

Box-size and basin-scale models, for process-testing and assist in exploration. We are also seeking for partners for our JIP

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Strategic Collaborations

Collaborations with academia, industry and governmental organizations. Integrating knowledge and data for the development of the numerical migration and trapping models

Fourth benefit

Need a 4th benefit

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Meet the Team