An integrated cryogenic fluid delivery system comprising: a. a tank adapted to hold a supply of cryogenic liquid and having an end wall; b. a shroud positioned on the end wall, said shroud having a first sidewall, a second sidewall, a top with a curvature, and a flat bottom wall; c. a shell and tube heat exchanger positioned along the bottom wall in the shroud, said heat exchanger including: i) a shell defining a warming fluid chamber and having a shell inlet and a shell outlet in fluid communication with the warming fluid chamber; ii) a plurality of cryogenic fluid coils positioned within the warming fluid chamber in fluid communication with a cryogenic fluid inlet port and a cryogenic fluid outlet port; d. a fuel shutoff valve having an inlet in fluid communication with a liquid side of the tank and an outlet in fluid communication with the cryogenic fluid inlet port of the heat exchanger; e. a manual vent valve having an inlet in fluid communication with a headspace of the tank and an outlet; f. a fitting panel (30, 32) or a plurality of fitting panels (30, 32) positioned at the first or second sidewall of the shroud and upon which are positioned a fuel outlet fitting that is in fluid communication with the cryogenic fluid outlet port, a manual vent fitting in fluid communication with the outlet of the manual vent valve, a warming fluid inlet fitting in fluid communication with the shell inlet and a warming fluid outlet fitting in fluid communication with the shell outlet. wherein the fuel shutoff valve and the manual vent valve each have a control knob (104, 58) that is accessible through at least one opening formed in the first or second sidewall of the shroud, characterized in that, the fitting pane (30, 32) or plurality of fitting panels (30, 32) is positioned on a side of the shroud opposite the fuel shutoff and manual vent valves. a. a tank adapted to hold a supply of cryogenic liquid and having an end wall; b. a shroud positioned on the end wall, said shroud having a first sidewall, a second sidewall, a top with a curvature, and a flat bottom wall; c. a shell and tube heat exchanger positioned along the bottom wall in the shroud, said heat exchanger including: i) a shell defining a warming fluid chamber and having a shell inlet and a shell outlet in fluid communication with the warming fluid chamber; ii) a plurality of cryogenic fluid coils positioned within the warming fluid chamber in fluid communication with a cryogenic fluid inlet port and a cryogenic fluid outlet port; i) a shell defining a warming fluid chamber and having a shell inlet and a shell outlet in fluid communication with the warming fluid chamber; ii) a plurality of cryogenic fluid coils positioned within the warming fluid chamber in fluid communication with a cryogenic fluid inlet port and a cryogenic fluid outlet port; d. a fuel shutoff valve having an inlet in fluid communication with a liquid side of the tank and an outlet in fluid communication with the cryogenic fluid inlet port of the heat exchanger; e. a manual vent valve having an inlet in fluid communication with a headspace of the tank and an outlet; f. a fitting panel (30, 32) or a plurality of fitting panels (30, 32) positioned at the first or second sidewall of the shroud and upon which are positioned a fuel outlet fitting that is in fluid communication with the cryogenic fluid outlet port, a manual vent fitting in fluid communication with the outlet of the manual vent valve, a warming fluid inlet fitting in fluid communication with the shell inlet and a warming fluid outlet fitting in fluid communication with the shell outlet.