Eni Alaria 3 is a high-performance product used as a fluid for the transfer of thermal energy to diathermic systems. Made by highly refined base oils, at the recommended operating temperatures they are characterized by excellent oxidative stability and thermal cracking resistance. Eni Alaria 3 can be used in any type of plant, either open or closed system and under forced circulation.
Benefits:
The high quality of Eni Alaria 3 heat transfer oils guarantees their resistance to hightemperature degradation, thus preventing deposit and sludge formation.
The three viscosity grades permit selection of the oil best-suited for operating conditions, as far as temperatures are concerned.
High-grade refining prevents deposit and sludge formation during operation, while the superior quality level ensures thermal stability up to temperatures where cracking starts.
The paraffinic base stock is refined to guarantee good demulsibility and air-separation performance, thus ensuring proper operation of the heat transfer unit, by preventing the formation of steam and air bubbles at the hottest points.
The heat transfer characteristics of Eni Alaria 3 remain practically unchanged while in service, due to the very good oxidation resistance of these oils and their hightemperature stability.
Eni Alaria S
Eni Alaria S are used for filling heat transfer units. The product is formulated from selective synthetic base fluids. They have excellent oxidation stability and withstand thermal decomposition, They are designed to meet varying operational temperatures (-15 to 300ºC) and offer longer service life.
Benefits:
The high quality of these heat transfer oils guarantees their resistance to high-temperature degradation, thus preventing deposit and sludge formation.
The base oil viscosity ensures excellent heat transfer efficiency..
The base oil characteristics, prevents deposit and sludge formation during operation, and the superior quality of the product ensures thermal stability up to temperatures where cracking starts.
The product ensures good de-mulsibility and air-separation performance, thus ensuring proper operation of the heat transfer unit, by preventing the formation of steam and air bubbles at the hottest points.
The heat transfer characteristics of eni ALARIA S remain practically unchanged while in service, due to the very good oxidation resistance of this oils and the high-temperature stability.
The high Auto-ignition temperature reduces the risk of fire hazards
