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Contractors apply concrete on the decking of a new swimming pool at Eglin Air Force Base, Florida. The pool is part of a new privatized base housing neighborhood opening at the base that includes a 12,000-square-foot community center. (U.S. Air Force photo/Carole Chiles Fuller/Released)


New neighborhood for Eglin

Contractors apply concrete on the decking of a new swimming pool at Eglin Air Force Base, Florida. The pool is part of a new privatized base housing neighborhood opening at the base that includes a 12,000-square-foot community center. (U.S. Air Force photo/Carole Chiles Fuller/Released)

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The Air Force Civil Engineer Center's Installations Directorate hosted the 2017 Housing Privatization Lessons Learned Workshop on May 2 at the Rivercenter Marriott in San Antonio. Among the speakers were Maj. Gen. Brad Spacy, Air Force Installation and Support Center commander; Robert Moriarty, AFCEC installations director; Jennifer Miller, deputy assistant secretary of the Air Force for installations; and Col. Michael Beach, AFCEC portfolio management division chief.
Maj. Gen. Brad Spacy, Air Force Installation and Support Center commander, delivers the keynote address during the 2017 Housing Privatization Lessons Learned Workshop. “Quality housing helps the U.S. Air Force recruit and retain members, and support for our Airmen and their families enables senior leaders to focus on the core mission of Fly, Fight and Win in Air, Space and Cyberspace,” Spacy said.
Robert Moriarty, AFCEC installations director, speaks to the audience during the Housing Privatization Lessons Learned Workshop. Among the topics Moriarty touched on were the importance of building and maintaining personal relationships with the project owners and program managers for the installations.
Justin Rayner conducts a visual inspection of an M50 mask after it comes out of the drying room. Rayner is a member of a small team of 13 that breaks down, inspects, repairs, cleans, sanitizes and tests about 8,000 masks each month for the Air Force. (U.S. Air Force photo/Rodney Whaley)
A rack of clean and sanitized M50 masks await visual inspection after coming out of the drying room. (U.S. Air Force photo/Rodney Whaley)
A typical M50 mask before being cleaned and sanitized. (U.S. Air Force photo)
Chad Potvin conducts a leak test on a mask prior to it being reassembled and returned to Airmen in the field. (U.S. Air Force photo/Rodney Whaley)
A clean, sanitized, tested mask prior to repackaging and being shipped out to an Airman in the field. (U.S. Air Force photo/Rodney Whaley)
From left, U.S. Air Force Academy Cadet First Class Hayley Weir and AFCEC research chemist Katherine Simpson talk about Weir's capstone project; the development of a new ballistic resistant, flexible, lightweight nanotech-enabled fabric. The material, which is patent pending, could be applied as a protective lining on a variety of objects ranging from body armor to tents and vehicles. (U.S. Air Force photo/Mekka Parish)
Environmental contractors sample the groundwater from former fire training area #2 at former Wurtsmith Air Force Base, Michigan, several times a month to monitor PFOS/PFOA levels after groundwater passes through various treatment systems. The Air Force installed a Granular Activated Carbon pump and treat system to cut off contaminant discharges from the FTA into Clark’s Marsh in April 2015. Water pumped through the GAC system is sampled once a month. Once a week, the Air Force pulls samples from three remediation systems that are part of a pilot study collecting data to evaluate system performance. These samples are sent to the University of Georgia and Oregon State University where chemical analysis are conducted. (Photo by Breanne Humphreys/ Air Force Photo Released)
Environmental contractors sample the groundwater from former fire training area #2 at former Wurtsmith Air Force Base, Michigan, several times a month to monitor PFOS/PFOA levels after groundwater passes through various treatment systems. The Air Force installed a Granular Activated Carbon pump and treat system to cut off contaminant discharges from the FTA into Clark’s Marsh in April 2015. Water pumped through the GAC system is sampled once a month. Once a week, the Air Force pulls samples from three remediation systems that are part of a pilot study collecting data to evaluate system performance. These samples are sent to the University of Georgia and Oregon State University where chemical analysis are conducted. (Photo by Breanne Humphreys / Air Force Photo Released)
Paul Carroll, Base Environmental Coordinator with the Air Force Civil Engineer Center, updated members of the Au Sable and Oscoda communities on the Air Force’s aggressive measures to reduce the risk of drinking water impacts caused by past mission activities at the former Wurtsmith Air Force Base, Michigan, during an open house April 25, in Oscoda. (Photo by Angelina Casarez/ Air Force Photo Released)

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