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KNOW OUR TECHNOLOGY

The Carbokeg System, unparalleled in the international market, not only meets sustainability goals but also presents itself as a unique solution for processes requiring controlled refrigeration that were previously non-existent, restricted, or unfeasible with existing conventional and alternative methods. The system solely uses CO2 in its solid state, commercially known as dry ice, as a source of refrigeration and as a refrigerant fluid.

 

Until now, dry ice has been used as a freezing or cooling element without the possibility of fine temperature control, making it very suitable for frozen loads but limited in cooling applications. Due to its extreme accumulated thermal energy, temperature control becomes difficult, or when achieved, imprecise, and through methods of very low efficiency, that is, with high consumption and waste of dry ice.

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REFRIGERATION

CARBON DIOXIDE (GASEOUS CO2)

DRY ICE

(SOLID CO2)

The Carbokeg System is a smart, innovative, and efficient way of using dry ice as a refrigerant fluid. Now, all the thermal power of dry ice can be fully optimized, minimizing losses through sublimation and allowing for refrigeration at the desired temperature. Thus, the system requires much less dry ice compared to conventional systems and enables much longer storage times using the same amount of dry ice, thereby reducing "dead weight" and allowing for the transportation of more cargo in the space, at the ideal temperature.

DRY ICE
(SOLID CO2)

Some advantages

of our system

Product Integrity Assurance for Refrigerated Products

Economy

Environmental responsibility

Power with Control

Energy Source Independent System

Safety

WHAT MOTIVATED THE CREATION OF THE SYSTEM

CO2 is proven to be recognized as one of the best refrigerant gases available, and its use for this purpose, in addition to contributing to the minimization of its concentration in the stratosphere with a consequent increase in the greenhouse effect, could allow the elimination or minimization of the use of other refrigerant gases, which are often toxic, expensive, and have effects on the ozone layer.

Refrigeration methods that use CO2 as a refrigerant gas require special and expensive systems, due to the need to operate at high pressures or use cascade refrigeration processes, making it unviable for most of the more popular or industrial refrigeration applications, being used only in very specific and special processes.

Our purpose is to make the use of CO2 as a refrigerant element feasible in replacement of conventional refrigeration systems, which require the use of special gases and high consumption of electrical energy or combustion, also allowing the feasibility of mobile refrigeration or in places with limited energy sources and contributing to the renewal of this gas in a much more efficient, safe, and sustainable way.

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