Примеры использования Firefighting water на Английском языке и их переводы на Русский язык
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The issues of arranging firefighting in small communities that usually lack firefighting water systems and the arrival of firefighting machinery sometime is delayed are discussed.
This method estimates 3 m3 to 5 m3 of needed firefighting water delivery per ton of stored material depending on the quantity of the flammable materials,
Retention devices can be, for example, firefighting water bulkheads or other mechanically shut-off-barriers which only lead to a retention basin when being activated in the event of a fire.
other than water in which case, a smaller firefighting water retention volume may be required.
If firefighting water has the potential to mix with flammable liquids
in the period after the fire until the firefighting water can be disposed of.
resistant to contaminated firefighting water.
cause highly contaminated firefighting water.
equipped with corrosion-resistant firefighting water pumps and corrosion resistant nozzles, or.
during a fire event, and in the period after the fire until the firefighting water can be disposed of; this may range from a few days to several weeks.
Different models for calculating the volume of firefighting water.
This annex presents different calculations models of firefighting water.
This very effectively minimizes the volume of firefighting water;
The amount of firefighting water amounted to approximately 14 million litres.
Several approaches for calculating the needed retention volume of firefighting water exist.
Several approaches for calculating the retention volume of firefighting water required exist.
Swimming-pools, tanks, water conduit, tanks with sweet or firefighting water, etc.
Long-time cooling is then necessary, leading to extensive volumes of firefighting water.
There are several possible types of systems for the retention of contaminated firefighting water.
good practices for the management and retention of firefighting water.