HYDROCARBONS (HCs) – From domestic to commercial refrigeration: a market in full development
Across the world there are over 600 million hydrocarbon domestic refrigerators. Let’s find out what hydrocarbons are and why they are so widely used
Across the world there are over 600 million hydrocarbon domestic refrigerators. Let’s find out what hydrocarbons are and why they are so widely used
Even nowadays, the threat represented by the global warming alarms the scientific community. Over the years, the refrigerating and……
Ammonia (NH3) is the only natural refrigerant being continuously used in industrial refrigeration since its first application. Read more.
In many refrigerating applications, heat is transferred to a secondary coolant, which can be any liquid cooled by the refrigerant and used….Read more
The case of CO2 The topic exposed in the title arises many questions that we will try to answer in the following paragraphs. Among those, what is the critical point? Is it a state that regards all the fluids? If yes, why do we talk always about CO2? All of these questions are pertinent and […]
When the caapillary tube used for controlling refrigerant flow, it connects the outlet of the condenser to the inlet of the evaporator.
The proper selection between counter-current and co-current flow arrangements in heat exchangers is often reason for discussion and debates: Read more….
We promised, it happened. From the build 190617 of Coils 8.0, already available for download for all customers under technical support, our renowned software for the calculation of Finned Pack Heat Exchangers is now available in Korean and Thai!
Unilab is proud to have participated as silver sponsor at the 37th edition of the “UIT – Heat Transfer Conference”. The UIT has proved to be an important moment of sharing the prospects of the market in the coming years.
In the previous articles, we discussed about what differentiates a DLL from a Software. In this 3rd article, we will discuss about how our COILS DLL is natively integrated and at the core of our AHU selection software Smart-Air.
In this 2nd part of our DLL related article, we will add some insights on how a thermodynamic calculation DLL works. In the next article, we will see in particular how Unilab manages third party DLLs in its software Smart-Air, for the selection of Air Handling Units!
DLLs. In this article we want to clarify better what is a DLL, what is meant by DLL and why the DLL is not a software per se, but necessarily needs to be connected to a software, and called by it, to work and give output results.