FIELD: process engineering.
SUBSTANCE: proposed device comprises fuel tank communicated via fuel feed line with reactor. Reactor has first outlet line to circulate residual hydrocarbons into fuel tank that are produced in dehydrogenation. Reactor allows interaction with catalyst. Fuel tank communicates with heat exchanger via fuel feed line and first outlet line. Fuel is fed via fuel feed line and heated in heat exchanger. Reactor incorporates device for local heating of fuel to reaction temperature (TR). Residual fuel resulted from dehydrogenation in reactor is cooled by heat exchanger and sent back into fuel tank. Reactor has second fuel outlet line to remove hydrogen gas produced in dehydrogenation.
EFFECT: higher power yield and device efficiency, reduced weight and volume.
13 cl, 3 dwg
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