28.10.2014 Views

unclassified - Air Force Financial Management & Comptroller

unclassified - Air Force Financial Management & Comptroller

unclassified - Air Force Financial Management & Comptroller

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

BUDGET ITEM JUSTIFICATION (EXHIBIT P-40)<br />

UNCLASSIFIED<br />

DATE:<br />

FEBRUARY 2002<br />

APPROP CODE/BA:<br />

OPAF/OTHER BASE MAINTENANCE & SUPPORT EQUIPMENT<br />

P-1 NOMENCLATURE:<br />

ENVIRONMENTAL PROJECTS<br />

Description (continued):<br />

g. ElectroSpark Deposition (ESD), Hill AFB, UT: FY02 funds will procure a semi-automated metal deposition system that is designed to<br />

provide durable line-of-sight coatings to a wide array of landing gear substrates. The technology is commercially available and currently<br />

employed by the Department of Energy for its nuclear reactor components. Current Hill AFB chrome plating practices use wet-chemistry<br />

electrolysis. Various landing gear sustainment activities require entire chemical masking of large landing gear assemblies in order to plate<br />

relatively minute areas. ESD, with its wide metallurgical coating/plating applications, will eliminate wet-plating practices to coat small<br />

landing gear surface areas; hazardous plating waste discharges and sludge disposal; significantly reduce hazardous chemical maskants;<br />

and do away with inefficient wet chrome plating practices.<br />

FY03:<br />

h. ElectroSpark Deposition (ESD), Tinker AFB, OK: FY03 funds will procure a semi-automated metal deposition system that is designed to<br />

provide durable line-of-sight coatings to a wide array of aircraft and missile Gas Turbine Engine (GTE) components. The technology is<br />

commercially available and currently employed by the Department of Energy for its nuclear reactor components. Current Tinker AFB chrome<br />

plating practices utilize wet chemistry electrolysis. Various GTE component sustainment activities require near complete chemical masking of<br />

the components in order to plate relatively minute areas. ESD with its wide metallurgical coating/plating applications will eliminate wet plating<br />

practices to coat small GTE component surface areas; reduce hazardous plating waste discharges and sludge disposal; significant reduction of<br />

hazardous chemical maskants; and do away with inefficient wet chrome plating practices.<br />

i. Handheld Laser Paint Stripper, Eglin AFB, FL: This equipment will remove paint without the use of chemical strippers. FY03 funding<br />

will procure portable equipment that removes paint on armament and weapon system areas that typically are inaccessible (e.g. complex<br />

geometric, fragile surfaces) by larger automated paint removal systems. Proven technology indicates this Laser application generates<br />

significantly less hazardous waste, and reduces significant compliance under Aerospace NESHAPS and Clean Water Act requirements.<br />

j. Handheld Laser Paint Stripper, Robins AFB, GA: This equipment will remove paint without the use of chemical strippers. FY03 funding<br />

will procure portable laser depaint equipment that removes paint from areas of aircraft outer moldline and aircraft components that typically are<br />

inaccessible (e.g. complex geometric, fragile surfaces, on-flight line maintenance) by larger automated paint removal systems. Proven<br />

P-1 ITEM NO PAGE NO:<br />

82<br />

50<br />

UNCLASSIFIED<br />

Page 3 of 4

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!