Fiber reinforced plastic (FRP) cooling towers are becoming quite popular these days. Many industries and organizations are opting for FRP cooling towers due to their resistance to corrosion and durability. Various industries are fast adapting to the use of FRP towers for better efficiency and higher effectiveness to meet their growing needs. This article briefly describes FRP cooling towers.
Fiber reinforced plastic (FRP) cooling towers are becoming quite popular these days. Many industries and companies are opting for FRP cooling towers due to their resistance to corrosion and durability. FRP cooling towers are just right for tough and harsh cooling situations, yet where light weight equipment is required for cooling. FRP is a material specially developed for this purpose.
Accordingly, FRP is a composite material composed of a polymer matrix reinforced with a variety of fibers that could be fiberglass or carbon. The polymer is usually thermo-setting plastic or polyester. In the cooling tower industry, the choice of material for making the FRP is usually thermo setting plastic along with fiber glass fibers.
FRP cooling towers are slowly replacing other traditional towers especially those made from wood as the critical component of any industrial process. These towers are necessary for cooling the immediate and surrounding environment in an industrial process. Hence, the use of modern technology such as that utilized in an FRP tower is becoming more popular day by day.
This is because of the increasing sophistication and quality consciousness amongst manufacturers and buyers presently. These days, many industrial applications utilize FRP towers in comparison to other towers such as RCC towers and wooden towers. These towers are used for various commercial and industrial needs.
It is extremely essential to maintain the quality of water that is used for cooling. If not maintained regularly, the water in these towers can harbor large amounts of bacteria and algae, which can be dangerous to health and hygiene. Therefore, it is important that water in such towers be treated before it can cause any damage to the tower equipment or be detrimental to plant personnel.
Like other towers, FRP towers are mostly run around the clock. To save electricity, which is a precious resource, many industries rely on fan less and fill less cooling towers. These towers rely on natural processes for cooling. Other types of towers such as induced draught, cross flow fan, and fill type towers are also utilized for cooling in industrial processes where the need for higher capacity utilization is felt.
Nowadays, many companies manufacture their towers according to ISO standards. They choose the best components for manufacture which pass through several stages of testing and quality inspections to ensure a defect free product. To summarize, various industries are fast adapting to the use of FRP towers for better efficiency and higher effectiveness to meet their growing needs.