We are offering forced draft cooling towers,
gireesh are an accredited manufacturer and supplier of high quality forced draught cooling towers that are widely used in various industries. These cooling towers are manufactured using quality-approved factor inputs, which we source from the authentic vendors of the industry. Our offered range is available in various specifications in order to meet the varied needs of the clients.
features:
• rigid construction
• corrosion resistance
• longer service life
features
• forced draught fan handles cold and dry air with less specific volume, and hence, air flow quantity is lesser for a given duty than induced draught
• also, we use world renowned high efficiency fills, which has lesser static resistance than any other type of fill
• finally, the velocity pressure which gets wasted into the atmosphere in induced draught is utilized effectively in the forced draught system that we offer, contributing to savings in power
• the exit air velocity is less in a forced draught cooling tower, therefore, the carry over loss gets minimized
• coupled with this, very high efficiency drift eliminators reduce the total drift loss to max. 0.05% compared with 0.2-0.3% for other systems
• this also eliminates the drift nuisance as well as algae formation.

We are offering forced draft cooling towers,
gireesh are an accredited manufacturer and supplier of high quality forced draught cooling towers that are widely used in various industries. These cooling towers are manufactured using quality-approved factor inputs, which we source from the authentic vendors of the industry. Our offered range is available in various specifications in order to meet the varied needs of the clients.
features:
• rigid construction
• corrosion resistance
• longer service life
features
• forced draught fan handles cold and dry air with less specific volume, and hence, air flow quantity is lesser for a given duty than induced draught
• also, we use world renowned high efficiency fills, which has lesser static resistance than any other type of fill
• finally, the velocity pressure which gets wasted into the atmosphere in induced draught is utilized effectively in the forced draught system that we offer, contributing to savings in power
• the exit air velocity is less in a forced draught cooling tower, therefore, the carry over loss gets minimized
• coupled with this, very high efficiency drift eliminators reduce the total drift loss to max. 0.05% compared with 0.2-0.3% for other systems
• this also eliminates the drift nuisance as well as algae formation.