Cold storage warehouse with cryogenic test site

A cold storage warehouse laid out in a generally octagonal configuration comprising:

• a) a central cryogenic test site in which subzero research and development may be conducted comprising a plurality of vertically separated areas divided from one another by insulated walls, each vertically separated area comprising:
• 1) an upper section including a control room in which are provided a voltage generator and an electric motor and at least one compressor room adjoining the control room and in which is provided at least a refrigeration compressor,
• 2) a lower section including a plurality of cryogenic working areas separated horizontally from one another by grated flooring,
• 3) each cryogenic working area being surrounded by a closed loop air circulation vent with an air circulation fan positioned therein,
• 4) the refrigeration compressor being operatively connected by a refrigeration tubing to a refrigeration evaporator and a high circulation fan mounted adjacent to the closed loop air circulation vent, and
• 5) at least one superconductive storage transformer located adjacent each air circulation vent adapted to store at low temperatures electrical current from the voltage generator,
• b) a plurality of vertically separated storage holding freezers disposed around the central cryogenic test site,
• c) a plurality of vertically separated storage coolers disposed around the storage holding freezers,
• d) a plurality of vertically separated shipping docks located adjacent the storage coolers, and
• e) a food processing plant associated with each of the shipping docks.

A cryogenic test site in which subzero research and development may be conducted comprising:

• a) an upper section including a control room in which are provided a voltage generator and an electric motor and at least one compressor room adjoining the control room and in which is provided at least a refrigeration compressor,
• b) a lower section including at least one cryogenic working area and a closed loop air circulation vent surrounding the cryogenic working area, the closed loop air circulation vent further including an air circulation fan,
• c) the refrigeration compressor being operatively connected by a refrigeration tubing to a refrigeration evaporator and a high circulation fan mounted adjacent to the closed loop air circulation
• d) at least one superconductive storage transformer located adjacent the air circulation vent adapted to store at low temperatures electrical current from the voltage generator.

A cryogenic test site in which subzero research and development may be conducted, the cryogenic test site laid out in a generally octagonal configuration and having a plurality of vertically separated areas divided from one another by insulated walls, each vertically separated area comprising:

• a) an upper section including a control room in which are provided a voltage generator and an electric motor and at least one compressor room adjoining the control room and in which is provided at least a refrigeration compressor,
• b) a lower section including a plurality of cryogenic working areas separated horizontally from one another by grated flooring,
• c) each cryogenic working area being surrounded by a closed loop air circulation vent with an air circulation fan positioned therein,
• c) the refrigeration compressor being operatively connected by a refrigeration tubing to a refrigeration evaporator and a high circulation fan mounted adjacent to the closed loop air circulation vent, and
• d) at least one superconductive storage transformer located adjacent the air circulation vent adapted to store at low temperatures electrical current from the voltage generator.