FAQS

Frequently Asked Questions

Why pultruded FRP is the best structural material for cooling tower construction?
Pultruded FRP offers several benefits over traditional material like timber and concrete in terms of cost, weight savings, strength, corrosion, rotting decay, life, design and assembly.
What is the maximum life of a pultruded FRP cooling tower?
How do I select my cooling tower design between crossflow and counterflow?
How do I decide the dimensional constraints of my cooling tower?
How do you choose the right fill material for my cooling tower?
How do you select the type of fills between splash and film, for a given design specifications?
Which regulatory body governs the standards and acceptance testing code for cooling towers?
How do you evaluate the thermal performance of a cooling tower after installation and commissioning?
How do you conclude the cooling tower thermal performance test?
What are fills in cooling towers?
Which standard/regulatory body is adopted worldwide for manufacturing and testing of Fills?
Which standard/regulatory body is adopted worldwide for manufacturing and testing of Fills?
Which materials are typically used for Cooling Tower Fills?
Why are fills used in cooling towers?
What are the different types of fills used in cooling towers?
What are splash fills?
What are film fills?
What are modular fills?
What factors should be considered when selecting fills for a cooling tower?
How often should fills be replaced in a cooling tower?
What are PP fills in cooling towers?
What are the advantages of PP fills?
What are the different types of PP fills used in cooling towers?
What are the maintenance requirements for PP fills?
Can PP fills be used in all types of cooling towers?
How long do PP fills last?
What are the environmental considerations of using PP fills?