TOP 5 ADVANTAGES OF USING SEAWATER FOR DISTRICT COOLING
                     TOP 5 ADVANTAGES OF USING SEAWATER FOR 
DISTRICT COOLING
● Due to the numerous benefits that District Cooling and District 
Heating systems provide, they are becoming increasingly 
popular in new real-estate developments
● Designers try to hide a DC plant in a residential complex by 
putting it in the basement or using ornamented facades that 
complement the local architecture. 
● This is one reason why Seawater District Cooling Network 
Systems are an ideal solution. 
Emicool District cooling plant in Deira, Dubai
Zero Freshwater Consumption
● The water utilised in a Seawater District Cooling 
system comes directly from the sea, which helps 
to keep the heat out of the DC plant condenser. 
● Because of this one-pass-through method, whole 
water taken from the sea is returned, without any 
water losses. 
● Hence, there is no need for any additional 
freshwater.
Building Integration Flexibility
● The District Cooling system can be totally 
concealed within a structure, making the 
system more appealing visually. 
● This can have a good visual and acoustic 
influence on the city's skyline and is a 
significant feature for large luxury real-
estate complexes.
More Stable Efficiency
● The efficiency of a District Cooling Plant Dubai is 
determined by the condensation temperature. 
● The temperature of seawater is frequently lower than 
the ambient temperature, which improves the plant's 
efficiency. 
● Furthermore, seawater is a large water mass and is 
susceptible to fewer temperature changes, resulting in 
more consistent efficiency.
No Rooftop Usage
● It is not necessary to construct heat exchangers for 
the rejection of heat into the ambient air, like air-
cooled condensers or cooling towers, because the 
heat is pushed away by the seawater. 
● This allows for the use of the rooftop for several 
other purposes.
Middle East District Cooling with District Cooling Plant Pipeline 
No Extra Chemicals
● To prevent the spread of marine life in the 
system, seawater should be treated. An electro-
chlorination system can be utilised for this 
purpose. 
● A portion of the seawater is converted into an 
anti-biofouling, which eliminates the need for 
adding extra chemicals to the seawater.
Thank You