NEW: Frio Verde ultra high efficiency refrigeration system, utilizing a Patent Pending system to improve efficiency of standard condensing units. Combined with Bally SmartSpeed  evaporator coils with EC Motors make our refrigeration systems the most efficient in the world. It is not only Evolutionary - It is Revolutionary!

                                                        15% to 25% More Efficient!!!


BMIL patent pending refrigeration systems utilize cascade mechanical sub-cooling to achieve efficiencies not available on standard single compressor refrigeration systems. This system uses a high efficiency refrigerant in the high temperature system to give the low temperature system more capacity at lower power consumption. The high temperature system operates at very high efficiency, so the overall cascade system is much more efficient than standard single compressor refrigeration systems on the market. For quality (which includes consistency), the high temperature cascade system is factory assembled and charged with refrigerant. This means that the installer will run a liquid line and a suction line from the condensing unit to the evaporator, the same as in the past. The one thing that the installer must do different, is insulate both the liquid line and the suction line. Additionally, the thermal expansion valve has to be sized for 60 deg. F liquid instead of 100 deg. F liquid.

High efficiency motors, enhanced fin and tube design conventional systems use to incrementally increase efficiencies can be made substantially more efficient with FrioVerde technology.

Condensing Unit Features:

Evaporator Features:

• Two-Speed high efficiency ECM fan motors.
• Textured aluminum cabinet.
• Hinged drain pan with universal drain connection.
• Front access to electrical and header compartments.
• Factory installed solenoid valve.
• Schrader connection on suction header.
• Factory installed expansion valve, sized for sub-cooling.
• Factory installed solenoid valve and room thermostat.

• BMIL Technologies patent pending sub-cooling design.