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Raising Flag, Nuernberg Shrine

Photograph of American soldiers carrying U.S. flags at the grandstand at Zeppelinfield in Nuremberg, Germany. The building is topped with a large stone swastika that is being covered by a U.S. flag.
Date: April 21, 1945
Creator: unknown
Object Type: Photograph
System: The Portal to Texas History
[Letter from I. H. Kempner to D. W. Kempner, April 21, 1950] (open access)

[Letter from I. H. Kempner to D. W. Kempner, April 21, 1950]

Letter from I. H. Kempner to D. W. Kempner discussing facts rumored and stated at a meeting of the Board of Directors of the Chamber of Commerce, including that Galveston Wharves were planning to building a warehouse for Campdera, Cook & Company would lease ten acres of their property and erect a warehouse, and that Volkart is planning to add 125,000 square feet to their property. Furthermore, the materialization of these prospects would increase the importance of Galveston as a cotton port and possible opportunities to sell parts of their own plant.
Date: April 21, 1950
Creator: Kempner, Isaac H. (Isaac Herbert), 1873-1967
Object Type: Letter
System: The Portal to Texas History
Sequestration of CO2 in the Altmark Natural Gas Field, Germany: Mobility Control to Extend Enhanced Gas Recovery (open access)

Sequestration of CO2 in the Altmark Natural Gas Field, Germany: Mobility Control to Extend Enhanced Gas Recovery

We are investigating the technical feasibility of injecting CO2 for carbon sequestration with enhanced gas recovery (CSEGR) in the depleted Altmark natural gas reservoir, Germany. Our approach is numerical simulation using TOUGH2/EOS7C. Our earlier simulation studies have shown early CO2 breakthrough due to fast-flow through the high-permeability sand layers. In order to extend the period of enhanced CH4 recovery, we propose the preinjection of gelling fluids for the purpose of limiting the mobility of injected CO2 and thereby improving CO2 sweep and delaying CO2 breakthrough. We have implemented a simple gel model into EOS7C and simulated gel injection followed by CSEGR.Preliminary simulations to date show minimal improvements in CSEGR with breakthrough times delayed by only a few months to a year. While mobility control using pre-injected gelling fluids appears to be a promising strategy in controlling early breakthrough, more work is needed to design and simulate an effective procedure.
Date: April 21, 2006
Creator: Rebscher, D.; May, F. & Oldenburg, C. M.
Object Type: Article
System: The UNT Digital Library