Cooling Towers

ICS Cooling TowersICS is a preferred cooling tower provider specializing in cooling tower engineering, construction, thermal upgrades and replacement cooling towers worldwide.

Our cooling tower construction services provide our clients with turnkey solutions and highly reliable industrial cooling solutions. ICS offers complete evaporative cooling tower services including new cooling tower engineering and structures as well as cooling tower repair and component parts all designed to best meet each clients needs.

ICS provides the industrial industry with Counterflow and Crossflow cooling towers constructed of wood, fiberglass (FRP) or concrete, customized for your cooling needs with film fill, splash fill or hybrid fill.

Have a low-performing tower? ICS also provides cooling tower repairs, reconstruction, thermal upgrades and cooling tower parts for existing industrial cooling towers of all makes and models.

Towers by Industry

POWER GENERATION: ICS counterflow and crossflow cooling towers are utilized by Utility, IPP, SPP and Private operators. Fuels range from coal to gas, geothermal and biomass.

Special designs include splash fill, film fill, low foul fill, low noise application and a variety of other designs.

ICS specializes in Geothermal Cooling Towers.

FERTILIZER: ICS supplies forced draft specialty towers for Acid plants and all ranges of high corrosion and fouling situations.

PETROCHEMICAL/CHEMICAL: From refining to cracking and everything in between, ICS has the petrochemical design and experience you can count on.

METALS/MINING: Specialty designs for metals and mining to ensure high availability of operation and optimal performance.

PROCESS: ICS services all heavy industrial, HVAC and general process industries where performance and high reliability cooling towers are required.

Towers by Type

ICS Counterflow Cooling Towers Drawing

COUNTERFLOW: ICS Counterflow towers are available in induced draft, forced draft, concrete, FRP and wood structure as well as splash fill, film fill and low fouling fill materials. ICS cooling towers are designed to meet or exceed the most demanding standards. USA design and global sourcing allows ICS to maintain the highest standards yet meet competitive demands.

  • Low Power Consumption
  • Low Fouling Film or Splash fills
  • Plume Abated Systems
  • Low Pumphead
  • High Performance with Minimal Maintenance
  • Optimized Footprint
  • FRP Wood or Concrete Structures

 

CROSSICS Crossflow Cooling TowersFLOW: ICS Crossflow towers are available in induced draft, forced draft, concrete, FRP and wood structure as well as splash fill, film fill and low fouling fill materials. ICS cooling towers are designed to meet or exceed the most demanding standards. USA design and global sourcing allows ICS to maintain the highest standards yet meet competitive demands.

  • High Performance
  • Low Maintenance
  • Low Noise
  • Optimized Power Consumption

INDUCED DRAFT: Standard Induced Draft towers suitable for most heavy industrial cooling applications.

FORCED DRAFT: Forced Draft towers are designed for customers who have highly corrosive environments in which it is best to keep the mechanical equipment out of the airstream.

Towers by Material

ICS has extensive experience building wood, FRP, and concrete cooling towers. To select appropriate materials, our engineers factor in the imposed loads, type of exposure to corrosive agents, cost, and availability/manufacturability.

cooling tower wood
WOOD

 

The majority of components on early cooling towers, including the structure, were made of naturally decay resistant wood. Today, wood towers are subject to environmental concerns and cost fluctuations based on availability. Wood is treated to improve longevity but is susceptible to decay and fire hazards.

  • Economical
  • Availability
  • Natural Resource/Replenishable

cooling tower fiberglass reinforced polymer (FRP)


FIBERGLASS REINFORCED POLYMER (FRP)

 

FRP is reliable, durable, and cost efficient with many advantages:

  • Inert & Inorganic
  • Chemically resistant
  • Rot/decay resistant
  • Virtually maintenance free
  • Lighter/less transportation costs
  • Ability to add surface treatments

Tangential Benefits

  • Fire retardant
  • Stronger than wood
  • More flexible to carry heavy loads/storms/ice
  • Allows for tighter tower design

cooling tower concrete
CONCRETE

 

Depending on the country, location within the country and availability of other materials, concrete may or may not be cost effective when measured against importing other media. Concrete may have higher initial costs but continues to be a good choice for projects in many countries and has these benefits:

  • Longevity
  • Fireproof
  • Ideal for harsh tower environments
  • Modern construction techniques
  • Low maintenance