The realities of Russian life are such that a cottage or villa community may at any time without notice to disable electricity or natural gas. In this case, the frozen water will break not only metal but also plastic pipes. – When using antifreeze separate elements of the system can be mounted outside the building and system can be run at any time at low temperatures. – Use anti-freeze can save significant energy costs, if there is no need to heat the building all the time, such as schools, churches, or Vacation Homes, used on weekends. Please visit Bruce Schanzer if you seek more information. Another line of antifreeze are air conditioning systems and water coolers (chillers) for air-conditioning systems of large buildings. As a rule, technical documentation for these systems indicates the possibility (or necessity) of ethylene glycol antifreeze, and gives the corresponding conversion tables of the system parameters.

In the future, antifreeze have promise for use as a coolant in solar cells, which are rife in the Russian market. Frost resistance of the coolant is a prerequisite, since heating elements in these systems are outside the building. In refrigeration systems use antifreeze has a dual purpose. The refrigerant in the refrigerator should, firstly, to remain liquid at low operating temperatures and, secondly, metals, parts of which made the refrigerator should be protected from corrosion. The most common coolants are water after antifreeze based on ethylene glycol. The disadvantage of antifreeze based on mono ethylene glycol toxicity is of humans and animals. This property imposes a restriction on its use, causes to be very careful when fueling and maintenance systems.