Methods and systems for conformable fuel tank

A storage vessel, comprising:

• a plurality of storage devices fluidly coupled in series, wherein the storage vessel comprises a plurality of inlet ports including a first inlet port and a second inlet port, a plurality of outlet ports including a first outlet port and a second outlet port, wherein the plurality of inlet ports is arranged between the plurality of outlet ports;
• a plurality of recirculation passages including a first recirculation passage configured to flow a product from the first outlet port to a feed passage via a first pump, and a second recirculation passage configured to flow product from the second outlet port to the feed passage via a second pump;
• a coolant passage in thermal contact with at least portions of the plurality of storage devices adjacent to the plurality of outlet ports;
• and
• a controller comprising computer-readable instructions stored on non-transitory memory thereof that when executed enable the controller to:
• flow coolant to the coolant passage in response to a temperature sensed by a temperature sensor arranged proximally to the first outlet port or the second outlet port exceeding the threshold temperature.

A conformable fuel tank, comprising:

• a plurality of storage vessels fluidly coupled in series, each vessel of the plurality of storage vessels comprising an inner polymer liner encompassed by a carbon fiber composite, wherein the plurality of storage vessels receives incoming fuel via an inlet and expel fuel via an outlet, further comprising a recirculation passage fluidly coupling the outlet to the inlet, wherein a pump is arranged in the recirculation passage;
• and
• a controller comprising computer-readable instructions stored thereon that when executed enable the controller to:
• activate the pump in response to a temperature of fuel in the conformable fuel tank exceeding a threshold temperature.