Naval Facilities Command

I gratefully acknowledge the Analytical Division of the American Chemical Society, the Office of Naval Research, and the Naval Facilities Command for sharing the registration and travel costs associated with the symposium. Many thanks are also due to Florence Edwards and Deborah Corson, the American Chemical Society s in-house editors who did much of the work associated with the production of the book and who deserve most of the credit for getting it into print. I also wish to thank my... 

Adapted from US Departments of the Army, Navy, and Air Force. Potential Military Chemical/Bioiogical Agents and Compounds. Washington, DC Headquarters, DA, DN, DAF 12 Dec 1990 Appendix B, Table B, pp 95-97. Field Manual 3-9. Naval Facility Command P-467. Air Force Regulation 355-7. 

Significant programs initiated or developed in the 1980s include the facility system safety efforts of the Naval Facilities Command and the US. Army Corps of Engineers and initiatives in the petrochemical industry. 

During the mid-1980s the US. Army Corps of Engineers (USAGE) and the Naval Facilities Command (NAVFAC), with input from the other services, initiated efforts to develop facility system safety programs that would provide safety input early in the life cycle of major military construction projects. 

NEFC 1986, Blast Resistant Structures, Naval Facilities Engineering Command, Design Manual 2.08, Alexandria, VA, 1986... 

Staff Maintenance and Operations of Stand-Alone Photovoltaic Systems, Naval Facilities Engineering Command, Southern Division, rev. 1991. 

Figure 9.2 Illustration of an in situ surfactant flood for the displacement and production of DNAPL contaminants from a contaminated subsurface zone. From Battelle [538], Copyright 2002, Naval Facilities Engineering Command.

Battelle Duke Engineering, Surfactant-Enhanced Aquifer Remediation (SEAR) Design Manual, Technical Report TR-2206-ENV, Naval Facilities Engineering Command Washington, April 2002. 

Readiness of the logistics system to meet mission requirements under a chemical or biological attack should also be made a priority. The CNO s Deputy Chief of Naval Operations (Logistics) (N4), and the Naval Facilities Engineering Command (NAVFAC) should continue to assess biological and chemical threats to their logistics chain and take action to defend essential support as well as to mitigate the consequences in case of an attack. 

OPNAV, Warfare Integration OPNAV, Office of Counter-Proliferation OPNAV, Director of Navy Test and Evaluation and Technology Requirements North Atlantic Treaty Organization Navy Component, Central Command Naval Facilities Engineering Command Naval Sea Systems Command nuclear, biological, and chemical National Institutes of Health Naval Medical Research Center National Oceanic and Atmospheric Administration U.S. Northern Command (Homeland Security) Naval Research Laboratory National Science Foundation Navy Warfare Development Command... 

Naval Facilities Engineering Command, Port Hueneme, CA 93043. 

Water at Naval and Marine Corj)s Facilities. Prepared byTH Wiedemeier and FH Chapelle for the Naval Facilities Engineering Command. 

Kim Parker Brown, PE, M.ASCE, Naval Facilities Engineering Command Headquarters. portal.navfac.navy.mil... 

FIGURE 8.18 Influence value for vertical stress beneath a corner of a uniformly loaded rectangular area (Westerqaard case). (After NAVFAC, Design Manual 7.0, Naval Facilities Engineering Command, Department of the Navy, Washington, D.C., 1986.)... 

We thank Kathy Sercu and Fred Roberts (U.S. EPA, Newport, OR) and Scott Echols, John Frazier, and Carolyn Poindexter (AscI, Newport, OR) for assistance in this research. This study was funded in part by the U.S. Naval Facilities Engineering Command (Silverdale, WA), and in part by the U.S. EPA Office of Research and Development Environmental Research Laboratory (Newport, OR). Mention of trade names or commercial products does not constitute endorsement or recommendation for use. 

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