FIELD: storage of liquefied gas at gas-filling stations for example. SUBSTANCE: proposed device includes reservoir mounted on supports in embankment, vapor phase branch pipe, liquefied gas suction branch pipe connected with bottom portion of reservoir, liquefied gas inlet branch pipe, drainage branch pipe and shielding branch pipe with end flange, control units located above embankment and connected with cavity of reservoir by means of respective branch pipe; proposed device has bearing wall adjoining embankment. Shielding branch pipe is connected with external surface of reservoir. Vapor phase branch pipe, liquefied gas inlet branch pipe and drainage branch pipe are located in cavity of shielding branch pipe and are secured on reservoir on one side and on flange of shielding branch pipe on other side. Ends of vapor phase branch pipe, liquefied gas inlet branch pipe and drainage branch pipe located inside reservoir are bent in shape. Bearing wall has two through holes: one hole which is coaxial relative to shielding branch pipe is used for receiving this branch pipe; flange of this branch pie is located at spaced relation to external side of bearing wall; second hole is used for passing liquefied gas suction branch pipe. Device may be made in form of several reservoirs of similar construction which are additionally provided with recirculating branch pipes for preparation of homogeneous mixtures of liquefied gases. Versions of device depend on its purpose. EFFECT: enhanced safety; low cost. 35 cl, 6 dwg
