System and Method for Air Shockwave Defrosting

An apparatus for cleaning a refrigeration component using pressurized gas, comprising:

• one or more gas distribution manifolds adapted to be coupled to a source of pressurized gas, each of the one or more gas distribution manifolds comprising a gas intake that receives the pressurized gas and a gas exhaust that outputs the pressurized gas;
• and
• at least one gas discharge component coupled to each of the one or more gas distribution manifolds via the gas exhaust, the at least one gas discharge component comprising a plurality of orifices,
• wherein the at least one gas discharge component receives the pressurized gas from the gas exhaust and discharges the pressurized gas through the plurality of orifices to the refrigeration component thereby cleaning the refrigeration component.

An apparatus for cleaning a refrigeration component using pressurized gas, comprising:

• a refrigeration component;
• one or more air distribution manifolds coupled to the refrigeration component and a source of pressurized gas, each of the one or more air distribution manifolds comprising an air intake that receives the pressurized gas and an air exhaust that outputs the pressurized gas;
• and
• at least one air discharge component coupled to each of the one or more air distribution manifolds via the air exhaust, the at least one air discharge component comprising a plurality of orifices,
• wherein the at least one air discharge component receives the pressurized gas from the air exhaust and discharges the pressurized gas through the plurality of orifices to the refrigeration component thereby cleaning the refrigeration component.

A system for efficient refrigeration, comprising:

• a refrigeration component;
• a reservoir that stores pressurized gas;
• one or more air distribution manifolds coupled to the reservoir, each of the one or more air distribution manifolds comprising an air intake that receives the pressurized gas from the reservoir and an air exhaust that outputs the pressurized gas;
• and
• at least one air discharge tube coupled to each of the one or more air distribution manifolds via the air exhaust, the at least one air discharge tube comprising a plurality of orifices,
• wherein the at least one air discharge tube receives the pressurized gas from the air exhaust and discharges the pressurized gas through the plurality of orifices to the refrigeration component thereby cleaning the refrigeration component.

A method for defrosting a heat exchange component of a refrigeration system by discharging pressurized dry gas from a plurality of orifices of an air discharge component, the method comprising:

• receiving an indication to release the pressurized dry gas;
• causing a control valve to rapidly open and close in response to the indication, wherein the control valve is coupled to a source of the pressurized dry gas and the air discharge component;
• and
• discharging the pressurized dry gas from the plurality of orifices, wherein the discharged pressurized dry gas cleans at least a portion of the heat exchange component.