Executive Correspondence – Letter dtd 07/28/2005 to Charles Battaglia and Dave Van Saun from Congressman Dan Boren (2nd OK) discussing the benefits of the DoD relocating missions to McAlester Army Ammunition Plant and the Defense Ammunition Center in McAlester, OK. Attached is are documents concerning the cost of living in the McAlester, OK area.

Community Correspondence - Letter from June Moss opposing the closure of DFAS Lawton Oklahoma

Executive Correspondence - Representative Tom Cole (4th District, Oklahoma) submitted testimony to the Commission, dated July 11, 2005. Testimony specifically addresses the realignment of the Air Defense Artillery (ADA) School from Fort Bliss (Texas) to Fort Sill (Lawton, Oklahoma) and the proposed creation of the Net Fires Center at Fort Sill.

Base Visit Report – Army – Fort Sill, OK. No commissioners were present. Commission Staff present: Mike Avenick

Memorandum of meeting with Congressional Representative from Oklahoma and others to discuss BRAC actions involving McAlester Army Ammunition Plant. Includes MCAAP Study.

Fort Sill, home of the Field Artillery since 1911, is a joint-service, multi-faceted installation that serves as the Army's Center of Excellence for Joint Fires and Effects. A critical sub-component of this concept is the establishment of a Net Fires Center pursuant to the Net Fires DOD BRAC recommendation.

Executive Correspondence - Letters from James P. Maloney Maj. Gen. US Army, Retired, to each of the BRAC Commissioners regarding Fort Bliss, Fort Sill, Oklahoma and the Air Defense Artillery Center.

Coalition Correspondence – Fax dtd 07/12/05 to R&A Air Force Team Leader Ken Small from the Greater Oklahoma City Chamber forwarding a point paper regarding the relocation of Civilian Personnel Offices such as the Oklahoma City Air Logistics Center.

West Carney field--one of the newest fields discovered in Oklahoma--exhibits many unique production characteristics. These characteristics include: (1) decreasing water-oil ratio; (2) decreasing gas-oil ratio followed by an increase; (3) poor prediction capability of the reserves based on the log data; and (4) low geological connectivity but high hydrodynamic connectivity. The purpose of this investigation is to understand the principal mechanisms affecting the production, and propose methods by which we can extend the phenomenon to other fields with similar characteristics. In our experimental investigation section, we continue to describe the use of surfactant to alter the wettability of the rock. By altering the wettability, we should be able to change the water-gas ratio in the reservoir and, hence, improve the productivity from the well. In our Engineering and Geological Analysis section, we present our rock typing analysis work which combines the geological data with engineering data to develop a unique rock characteristics description. The work demonstrates that it is possible to incorporate geological description in engineering analysis so that we can come up with rock types which have unique geological characteristics, as well as unique petrophysical characteristics. Using this rock typing scheme, we intend to develop a detailed reservoir description …

West Carney Field produces from Hunton Formation. All the wells produce oil, water and gas. The main objective of this study is to understand the unique behavior observed in the field. We would also like to extend the analysis to other similar fields. This report specifically addresses two issues relevant to our understanding of the West Carney reservoir. In the first part, we discuss our efforts to develop the geological model which can help us understand how the depositional environment affects the producing behavior. In the previous Budget Period, we described fourteen cores. In this report, we present preliminary analysis of several additional cores and conodont work. Based on the additional data collected, it is clear that the earlier geological model is simplified and needs to be updated. The complexity in geological environment can explain some of the unusual behavior observed in the field production. The second issue deals with how to develop a model for gauging a potential success of a dewatering project. We have a developed hypothesis regarding what makes it successful, however, we need to test it against the available data. We have started collecting data from other fields producing from Hunton formation so that we can …