Subproject A3- Autoclave Drilling
In the frame of subproject A3 drilling tools are to be equipped with autoclave technology and used for sampling of hydrate deposits.
To evaluate the quality
Dr. rer. nat. David Hohn
Research Division 1: Ocean Circulation and Climate Dynamics Research Unit: Marine Meteorology
Office: 5-4.306 Phone: +49 431 600 - 1568 E-Mail:
Subproject A4 Numerical Modelling
The formation of submarine gas hydrates and their spatial distribution in the subsurface depends on a variety of sensitive control parameters, e.g. the in-situ
Subproject B1 Reservoir Modelling
In the frame of sub-project B1 a 3-D numerical model for describing the process of winning methane from hydrates with simultaneous CO2 sequestration is to be
Westmed
Imaging the western mediterranean margins: a key target to understand the interaction between deep and shallow processes
Duration: 01.03.2005 - 15.08.2010
Sponsored by: DFG in the frame of
Subproject B3 Pellet Transport of Natural Gas
Gas hydrate transport in pelletized form utilizing the self preservation effect
Natural gas extracted from clathrate deposits offshore needs to be
Dr. Franz Kanngießer
postdoctoral researcher, POF Topic 2
RD 1: Ocean Circulation and Climate Dynamics RU Marine Meteorology
Office Building 5, Room 5.317 Phone: 0431 600 4060 E-Mail:
Publications
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Paper
Krause, S., Steeb, P., Hensen, C., Liebetrau, V., Dale, A. W., Nuzzo, M. and Treude, T. (2014) Microbial and Carbonate isotope
Dr. Kerstin Fieg
Coordination of the BMBF Project PalMod
Office: Tel.: +49 431 600 1528 E-Mail: kfieg(at)geomar.de
GEOMAR Helmholtz Centre for Ocean Research Kiel Wischhofstr. 1-3
Method / Description Hydrogen Sulphide
APPARATUS: Eppendorfpipettes Glass pipettes (10, 20, 25 cm3) Various volumetric flasks (50cm3, 100 cm3) Various cylinders (50 cm3; 100 cm3) Bottles to
