Methods and systems for a medical gas delivery module

A system for a medical gas delivery module, comprising:

• a first conduit configured to flow a medical gas from a pipeline gas supply source to a gas delivery system;
• a first valve coupled in the first conduit that, when open, enables gas flow from the pipeline gas supply source to the gas delivery system and, when closed, blocks gas flow from the pipeline gas supply source to the gas delivery system, wherein the first valve is a normally open solenoid actuated valve that is de-energized when open and energized when closed;
• at least one gas quality sensor coupled to the first conduit upstream of the first valve;
• a second conduit configured to flow the medical gas from an alternative gas supply source to the gas delivery system;
• a second valve coupled in the second conduit that, when open, enables gas flow from the alternative gas supply source to the gas delivery system and, when closed, blocks gas flow from the alternative gas supply source to the gas delivery system, wherein the second valve is a normally closed solenoid actuated valve that is de-energized when closed and energized when open;
• and
• a controller storing executable instructions in non-transitory memory that, when executed, cause the controller to:
• supply the medical gas from the pipeline gas supply source to the gas delivery system via the first conduit;
• measure a quality of the medical gas in the first conduit via the at least one gas quality sensor;
• compare the quality of the medical gas measured by the at least one gas quality sensor to an allowable range;
• switch to the alternative gas supply source for supplying the medical gas to the gas delivery system and communicate a pipeline gas supply fault in response to the measured quality being outside of the allowable range;
• and
• continue supplying the medical gas to the gas delivery system from the pipeline gas supply source in response to the measured quality being inside of the allowable range.

A non-transitory computer-readable medium comprising instructions that, when executed, cause a processor to:

• operate a medical gas delivery module to supply a medical gas from a pipeline gas supply source to a gas delivery system via a first conduit of the medical gas delivery module;
• operate a gas quality sensor coupled to the first conduit to measure a quality of the medical gas in the first conduit;
• compare the quality of the medical gas measured by the gas quality sensor to an allowable range;
• respond to the quality of the medical gas being outside of the allowable range by:
• operating the medical gas delivery module to switch to an alternative gas supply source for supplying the medical gas to the gas delivery system via a second conduit;
• transmitting a pipeline gas supply fault to an operator of the gas delivery system, a controller of the gas delivery system, and a remote error log, wherein the pipeline gas supply fault includes one or more of an audible, text-based, or computer-readable message, and transmitting the pipeline gas supply fault to the remote error log comprises data configured for tracking the pipeline gas supply fault and enabling remote cross-correlation between pipeline supply errors and gas delivery system degradation;
• and
• continue operating the medical gas delivery module to supply the medical gas to the gas delivery system from the pipeline gas supply source in response to the quality of the medical gas being inside of the allowable range.