Abstract: A transportable container for carrying refrigerated products in frozen (sub zero Fahrenheit (below -18.degree. C.) or refrigerated (for example, 40.degree. F. (4.degree. C.) temperatures includes a structural container having an insulated outer shell with an access doorway. The upper portion of the container includes a tray or drawer in which are disposed a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its bracket, and the cold plate reach very cold temperatures to cool the cargo area through conduction. The gas is released through an injection nozzle into the cargo holding area. A temperature regulator valve dispenses CO.sub.

Abstract: A transportable container (500) for carrying refrigerated products in frozen subzero Fahrenheit (below -18.degree. C.) or refrigerated (for example, 40.degree. F. (4.degree. C.) temperatures) includes a structural container (512) having an insulated outer shell with an access doorway (521). The upper potion of the container (500) includes a tray or drawer in which are disposed a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its brackets, and the cold plate reach very cold temperatures to cool the cargo area through conduction. The gas is released through an injection nozzle into the cargo holding area.

Abstract: A transportable container for carrying refrigerated products in frozen (sub zero Fahrenheit) or refrigerated (for example, 40.degree. F.) temperatures includes a structural container having an insulated outer shell with an access doorway. The upper portion of the container includes a tray or drawer in which are disposed a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its bracket, and the cold plate reach very cold temperatures to cool the cargo area through conduction. The gas is released through an injection nozzle into the cargo holding area. A temperature regulator valve dispenses CO.sub.

Abstract: A transportable container for carrying refrigerated products in frozen (sub zero Fahrenheit) or refrigerated (for example, 40.degree. F.) temperatures includes a structural container having an insulated outer shell with an access doorway. The upper portion of the container includes a transverse perforated baffle and positioned above the baffle are a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its bracket, and the cold plate reach very cold temperatures to cool the cargo area. The gas is released through copper tubing over the cold plate to act as a method for convection. A temperature regulator valve dispenses CO.sub.

Abstract: A transportable container for carrying refrigerated products in frozen (sub zero) or refrigerated (for example, 40.degree.) temperatures inlcudes a structural container having an insulated outer shell with an access doorway. The upper portion of the container includes a transverse perforated baffle and positioned above the baffle are a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its bracket, and the cold plate reach very cold tempertures to cool the cargo area. The gas is released through copper tubing over the cold plate to act as a method for convection. A temperature regulator valve dispenses CO.sub.

Abstract: A transportable container for carrying refrigerated products in frozen (sub zero) or refrigerated (for example, 40.degree. F.) temperatures includes a structural container having an insulated outer shell with an access doorway. The upper portion of the container includes a transverse perforated baffle and positioned above the baffle are a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its bracket, and the cold plate reach very cold temperatures to cool the cargo area. The gas is released through copper tubing over the cold plate to act as a method for convection. A temperature regulator valve dispenses CO.sub.

Abstract: A transportable container for carrying refrigerated products in frozen (sub zero) or refrigerated (for example, 40.degree. F.) temperatures includes a structural container having an insulated outer shell with an access doorway. The upper portion of the container includes a transverse perforated baffle and positioned above the baffle are a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its bracket, and the cold plate reach very cold temperatures to cool the cargo area. The gas is released through copper tubing over the cold plate to act as a method for convection. A temperature regulator valve dispenses CO.sub.

Abstract: A transportable container for carrying refrigerated products in frozen (sub zero) or refrigerated (for example, 40.degree. F.) temperature includes a structural container having an insulated outer shell with an access doorway. The upper portion of the container includes a transverse perforated baffle and positioned above the baffle are a pair of spaced apart canisters containing liquid refrigerant (CO.sub.2, for example). A gas or liquid feeder tube penetrates each bottle and communicates with an on/off valve. A feeder tube can draw liquid to dispense for cooling, or it can release gas and pressure within the canister to boil the CO.sub.2. When CO.sub.2 reaches its boiling point, the canister, its bracket, and the cold plate reach very cold temperatures to cool the cargo area. The gas is released through copper tubing over the cold plate to act as a method for convection. A temperature regulator valve dispenses CO.sub.