MIL-HDBK-1005/9A
described in MIL-HDBK-1022. Equip fuel and oil storage tanks
and dispensing facilities with covers or other control devices
to minimize dispersion of hydrocarbons into the air.
New tanks should comply with Federal and state
underground storage tank regulations. These regulations provide
guidelines for the design, material of construction, and
monitoring techniques as well as for any remedial action in case
of leakage.
3.2.5
Fire Training Area. Firefighting demonstrations that
require disposal of unburned fuel and/or oil, burn products,
AFFF, or protein foam are routinely scheduled. Design
containment area to prevent uncontrolled runoff and percolation
of fuel, oil, and foam into soil or open surface drains. Refer
to MIL-HDBK-1027/1, Firefighting School Facilities, for
wastewater collection and treatment system design criteria.
Refer to Table 2 for wastewater characteristics from fire
training area.
3.2.6
Storm Water Runoff. Where feasible, segregate
potentially contaminated runoff from uncontaminated runoff to
minimize volume requiring treatment. Provide oily wastewater
treatment facilities as required to achieve effluent quality.
Suspended solids in runoff must be minimized to maximize
effectiveness of the oil removal system. Sedimentation
facilities could be required upstream of the oil-water
separator. Use a temporary impoundment facility and a release
to treatment system at a controlled rate to minimize the size of
an oil-water separator.
3.2.7
Ship and Barge Deballasting Operations.
For design
criteria refer to MIL-HDBK-1022.
3.2.8
Other Sources. Other sources of oily wastes include
aircraft machine and paint shops, fuel transfer operations, and
runway operations.
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