Welcome to the Fluvial and Eolian Research Group. The FRG-ERG brings together a broad range of expertise for the study of fluvial and eolian systems with the aim of developing a better understanding of both the behaviour and evolution of modern rivers and dune fields and the applied significance of ancient fluvial and eolian sedimentary successions. Find out more about FRG-ERG in this summary PDF file. A principal aim of the group is to conduct cutting-edge research into the .

Each type of energy has unique characteristics and requires different technologies to convert it from a raw resource to a usable form of energy. Type your query and press enter.

Jan 2013 - Dec 2015. The Shallow Marine Research Group. An industry-facing research group bringing together multi-disciplinary expertise in all aspects of applied shallow-marine sedimentary research. To conduct cutting-edge research into the application of shallow-marine sedimentology for developing a better understanding of issues relating to hydrocarbon systems, mining and mineral exploration, and carbon sequestration.

Each type of energy has unique characteristics and requires different technologies to convert it from a raw resource to a usable form of energy. Type your query and press enter.

Measuring the absolute permeability using gas and formation compatible brine under reservoir stress conditions to assess the accuracy of data currently used in industry.

Petrophysics of Tight Gas Sandstone Reservoirs. A detailed description of the analytical methods used and developed during the research project. The project was brokered by ITF.

Improved methods for measuring shale permeability. Identifying reasons why measurements of shale porosity varies so much between laboratories for the same samples. SHAPE is currently sponsored by Chevron, EBN and NEXEN.