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Details on the structure of a dome shaft:
Pic. 1
Schematic illustration of a petrol station. A tank car provides the fuel for the via the dome shaft to the under earth tank storage.
Schematic illustration of a petrol station. A tank car provides the fuel for the via the dome shaft to the under earth tank storage.
Pic. 2
Schematic illustration of a fuel storage with the dome shaft mounted. Within the dome shaft you can see diverse controls and instruments especially for dipping and fitting.
Schematic illustration of a fuel storage with the dome shaft mounted. Within the dome shaft you can see diverse controls and instruments especially for dipping and fitting.
Pic. 3
Top-view of an open dome shaft. Dome shaft collar with dipstick vent and diverse controls and instruments.
Dimensions app. 1m x 1m x 1,5m
Top-view of an open dome shaft. Dome shaft collar with dipstick vent and diverse controls and instruments.
Dimensions app. 1m x 1m x 1,5m
Pic. 4
Gas station with drivable dome shaft lids. An average petrol station owns 5 dome shafts with a cubature of app. 1,5m³ per dome shaft.
Gas station with drivable dome shaft lids. An average petrol station owns 5 dome shafts with a cubature of app. 1,5m³ per dome shaft.
Pic 5
Finished collateralization of a dome shaft.
Finished collateralization of a dome shaft.
Steps on collateralization of a dome shaft:
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