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| What provision is made for sea chests for removal of air ingested into the sea chest of a machinery space sea water cooling system? |
| A) The air may be continuously removed by an open valve located in the vent line originating from the top of the sea chest and terminating in the bilges. |
| B) The air may be continuously removed by an open valve located in the vent line originating from the top of the sea chest and terminating above the deep-draft load line. |
| C) The air may be continuously removed by an open valve located in the drain line originating from the bottom of the sea chest and terminating in the bilges. |
| D) The air may be continuously removed by an open valve located in the drain line originating from the bottom of the sea chest and terminating above the deep-draft load line. |
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| Comments |
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| Williajh - 2025-04-11 22:30:55 Registered (2) |
| That's a great question about machinery space seawater cooling! Considering efficiency, much like optimizing your store in <a href="https://monkeymart.lol">Monkey Mart</a>, the design of sea chests is crucial. They need a method for removing ingested air, maybe a vent or automated purging system. Air bubbles in the system are like slow customers hindering your Monkey Mart expansion. A well-designed system prevents them. |
