Cooling towers exploit a natural principle as simple as effective: the forced evaporation of a minimum amount of water, compared to the main mass. This happens by subtracting heat from the mass itself; which is therefore cooled (latent heat of evaporation). The process is very simple and has been used Read more…
Cooling Advisors Cooling advisors make an accurate diagnosis of the real needs of both refrigeration and the specific context where the application is developed. Considering as main axes: Thermal program Application Environment The initial data from which we will start is the thermal program to be achieved together with the Read more…
Evaporative cooling towers achieve their purpose of cooling water by forcing a specific amount of water through evaporation. The quantity of water evaporated is directly proportional to the amount of heat to be dissipated. Approximately 1 litre of water is lost for every 600 Kcal of thermal load discarded. This Read more…
Silent or standard cooling towers? A determining factor in the selection of the most suitable cooling solution is the area of installation. In the case of a civil construction (hospitals, shopping centers, air conditioning systems) a solution with low acoustic impact should be chosen to avoid noise caused by the Read more…
There are different types of cooling tower construction. During the design phase, the choice is made according to the application for which the cooling equipment is intended or the system size. The most frequent variables that can guide the selection are in general as follows: thermal power to be dissipated Read more…
It is usual to find cooling towers working in combination with both water condensing chillers and plate heat exchangers. Evaporative cooling towers are commonly used in refrigeration systems: energy production civil conditioning HVAC process industry This last area certainly represents the most frequently involved in the use of evaporative cooling Read more…
Cooling towers: components Main cooling towers parts are found in both open and closed circuit cooling equipments. Structure Containment and support structure can be made of metal, glass fibre reinforced polyester GRP or both. In the case of large, field erected cooling towers, FECT or hyperbolic type, concrete is also Read more…
When we deal with industrial cooling, or even refrigeration for air conditioning or HVAC, sometimes it is send the message that an adiabatic cooler can replace an evaporative cooling tower in function and performance, because of a range of “one-way” advantages toward adiabatic system. We are going to clarify that Read more…
Fill: a cooling towers key element The filling is the operational heart of a cooling tower. The air-water countercurrent contact occurs through it causing water cooling by evaporation of a small part of it. That is why we must pay special attention to the selection in order to get a Read more…
Evaporative, dry, adiabatic and mechanical systems The selection of the industrial or civil cooling system must be made considering some fundamental factors. In particular, both the required operating temperatures and those related to the environmental conditions of the installation site must be taken into account. These two key factors will Read more…
Utilizamos cookies propias y de terceros para analizar nuestros servicios y mostrarle publicidad relacionada con sus preferencias, basándonos en un perfil elaborado a partir de sus hábitos de navegación (por ejemplo, páginas visitadas). Si continúa navegando, consideramos que acepta su uso. Puede configurar o rechazar el uso de Cookies u obtener más información. INFORMATION
Los ajustes de cookies en esta web están configurados para «permitir las cookies» y ofrecerte la mejor experiencia de navegación posible. Si sigues usando esta web sin cambiar tus ajustes de cookies o haces clic en «Aceptar», estarás dando tu consentimiento a esto.