Systems, methods, and interfaces for viewing, maintaining, and inspecting pressurized fluid tanks

A system, comprising:

• a central server communicably connected over a network to one or more pressurized fluid tanks, wherein each pressurized fluid tank of the one or more pressurized fluid tanks comprises:
• a computer system communicably attached to its corresponding pressurized fluid tank of the one or more pressurized fluid tanks, the computer system having (i) a processing module;
• (ii) one or more digital sensors;
• and (iii) and a managing component;
• and
• a display communicably connected to the computer system, the display having one or more LED light sources;
• wherein each particular pressurized fluid tank of the one or more pressurized fluid tanks is configured, through its attached computer system, to:
• retrieve (i) pressurized fluid data from one or more digital sensors associated with pressurized fluid inside the particular pressurized fluid tank and (ii) environmental data associated with one or more environmental conditions outside of the particular pressurized fluid tank;
• perform processing using as inputs (i) the pressurized fluid data and (ii) the environmental data associated with the one or more environmental conditions outside of the particular pressurized fluid tank to determine a time remaining in which the pressurized fluid inside the particular pressurized fluid tank will satisfy one or more conditions and a color associated with the time remaining;
• and
• illuminate the display according to the color associated with the determined time remaining in which the pressurized fluid inside the particular pressurized fluid tank will satisfy the one or more conditions,
• wherein the central server is configured to illuminate a central server display according to the time remaining for each pressurized fluid tank of the one or more pressurized fluid tanks in the network.

A computer-implemented method, comprising:

• retrieving digital pressurized fluid data of pressurized fluid from one or more digital sensors communicably coupled with a pressurized fluid tank;
• processing the retrieved digital pressurized fluid data and environmental data associated with one or more environmental conditions outside of the pressurized fluid tank using one or more processing modules to determine (i) a time remaining in which the pressurized fluid within the pressurized fluid tank will satisfy one or more conditions and (ii) a first color that is associated with the time remaining;
• executing computer-executable instructions for displaying on a digital display attached to the pressurized fluid tank the determined first color;
• and
• upon receipt of updated digital pressurized fluid data via the one or more digital sensors indicating an updated time remaining in which the pressurized fluid within the pressurized fluid tank will satisfy the one or more conditions, executing computer-executable instructions for displaying on the digital display a second color that is different from the first color and that is associated with the updated time remaining.