About: Deuterium tank   Sponge Permalink

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A shipment of deuterium storage tanks was due to be transferred to the holding vessel USS Tripoli from Surplus Depot Z15 in 2368. With the Tripoli discovered to be missing, the shipment was intercepted by a smuggler vessel and lost in its destruction. (TNG: "Unification II" )

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  • Deuterium tank
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  • A shipment of deuterium storage tanks was due to be transferred to the holding vessel USS Tripoli from Surplus Depot Z15 in 2368. With the Tripoli discovered to be missing, the shipment was intercepted by a smuggler vessel and lost in its destruction. (TNG: "Unification II" )
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  • A shipment of deuterium storage tanks was due to be transferred to the holding vessel USS Tripoli from Surplus Depot Z15 in 2368. With the Tripoli discovered to be missing, the shipment was intercepted by a smuggler vessel and lost in its destruction. (TNG: "Unification II" ) In 2374, the USS Voyager passed through a nebula containing harmful subnucleonic radiation. The radiation caused the ship's bio-neural gel packs to create false readings that the deuterium storage tanks were breaching, and causing a cascade failure in the Antimatter storage systems as well. The Doctor recommended that Seven of Nine eject the tanks, but they soon realized it was a computer error. (VOY: "One") This article or section is incomplete This page is marked as lacking essential detail, and needs attention. Information regarding expansion requirements may be found on the article's talk page. Feel free to [ edit] this page to assist with this expansion. According to the Star Trek: The Next Generation Technical Manual, on a Galaxy-class starship, the deuterium tanks are constructed of forced-matrix 2378 cortanium and stainless steel and insulated by alternating parallel and biased layers of foamed vac-whisker silicon-copper-duranite. An individual compartmentalized deuterium tank has enough space for 63,200 cubic meters of deuterium, although the normal load is 62,500 cubic meters, which is sufficient for three years of multi-mission operations. While in storage, deuterium is cryogenically held in the tanks in slush form at 13.8 Kelvin.
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