All cooling towers use a combination of heat and mass transfer to cool process water. Use this special editorial collection of cooling towers to arm yourself with tower knowledge and help you protect your process equipment.

Photo courtesy of Tower Tech Inc., Oklahoma City, Okla., www.towertechinc.com


Equipment, Parts, Service and Maintenance

Among the cooling tower services offered by the company are preventive maintenance and cooling tower inspections, emergency repairs, cooling tower rentals, structural repairs and replacements, basin pumping, hydroblasting and thermal upgrades. Qualified inspectors perform a thorough inspection before submitting a report and cost estimate, bringing your attention to any cooling tower problem before it interrupts the operation of your facility.
Advance Cooling Towers, (432) 523-3578 or (214) 745-1940, www.advancecoolingtowers.net

Cooling Tower Filter

Cottonwood-pollen screening system keeps cooling towers free of airborne debris such as bugs, paper, birds, cottonwood and pollen. Made of fiberglass and coated with polypropylene, the filtering system can be cleaned with a broom or a shop vacuum.
Air Solution Co., (513) 860-9784, www.airsolutioncompany.com

Cooling Towers

FRP cooling towers are energy efficient and simple to maintain and service. Other features include light weight, durability, compact size and installation ease. Evaporative cooling allows a small portion of the water being cooled to evaporate into a moving airstream to provide significant cooling to the rest of the water stream. Towers range in size from 5 to 2,000 tons.
American Chillers and Cooling Tower Systems, (706) 736-5101, www.chillerdepot.com

Structural Tower Components

Structural fiberglass cooling tower components are lightweight, offer high strength, are flame retardant, electrically non-conductive and easy to install. The members do not rust, rot or bow, and they are non-leeching and have low water absorption.
Bedford Reinforced Plastics, (814) 623-8125, www.bedfordplastics.com

Induced-Draft, Counterflow Tower

Paragon is offered in single modules in sizes from 55 to 250 tons. Standard features include seamless engineered plastic (HDPE) shell; corrosion-proof construction; direct-drive fan system; totally enclosed VFD-rated motors; low pressure drop self-propelled PVC water distribution system; and high efficiency PVC fill. The counterflow tower is factory assembled for simple installation and has a 15-year shell warranty.
Delta Cooling Towers Inc., (800) 289-3358, www.deltacooling.com

Custom Cooling Towers

Cooling towers are designed and engineered to suit customer’s operating conditions and environmental requirements. Materials of construction include pultruded FRP, timber, standard FRP and RCC. Each tower is built to suit the client’s operating conditions. Infill is made out of PVC, PP, timber and other materials.
Paharpur Cooling Towers Ltd., [91] 33 2479 2050, www.paharpur.com

Fiberglass Cooling Tower

The UniTower Series HRFG is the result of more than 30 years of collaborative engineering. The all-fiberglass, unitized tower is factory assembled with the basin and body in one molded piece. It is offered in 16 basic cell sizes and 42 standard models to satisfy a range of water cooling requirements. Its performance has been certified by CTI under certification number 00-22-02, according to its STD-201-96.
Reymsa Cooling Towers, (972) 853-8812 or (908) 548-0703, www.reymsa.com

Water-Saving Technology for Wet Cooled Power Plants

The Air2Air water-recovery system enables power plants to recover much of the water evaporated in a standard cooling tower and, in doing so reduce their annual water consumption by as much as 20 percent. A typical 500 MW coal plant in the U.S. uses roughly 30,000 tons of water each day. A cooling tower fitted with water-saving technology can reclaim up to 10,000 tons of water each day.
SPX Cooling Technologies, (800) 462-7539, www.spxcooling.com

Modular Cooling Tower

TTXE Series is a counterflow, mechanical-draft cooling tower designed to reduce installation time and costs, operating costs and tower maintenance. Individual cooling tower modules are available in sizes ranging from 155 to 882 tons, with modular “plug and play” interconnectivity that allows up to 100,000 cooling tons, or 300,000 gal/min, per installation. The factory-assembled towers are designed for power and process cooling applications.
Tower Tech Inc., (405) 290-7788, www.towertechinc.com

Air-Cooled Portable Chiller

Specially engineered for small, demanding industrial applications, PCA Series offers efficient cooling in a compact, dependable design. With a 20 by 26" footprint, the self-contained unit is designed for immediate hookup and is ready to supply cooling water at constant temperatures. Insulated pumps, evaporators and refrigerant lines ensure efficient cooling while the reciprocating compressor ensures rugged, dependable operation. Nonferrous construction ensures clean cooling water while the fill/drain sight glass offers easy water level indication and control.
AEC, (630) 595-1060, www.aecinternet.com

Custom and Modular Counterflow Cooling Towers

Custom and modular cooling towers are designed to complement the architecture of the building it serves, thereby creating a blended balance of aesthetics and function. Design features of all towers include permanently aligned mechanical equipment design, high-quality materials of construction, accessibility for inspection and maintenance, and thermal reliability. Counterflow designs incorporating ceramic tile fill, PVC film or splash fills can be installed in permanent precast concrete or fiberglass design structure housings.
Tower Engineering Inc., (800) 759-6600, www.tei-usa.com

Crossflow Cooling Tower

Corrosion-resistant, galvanized steel cooling towers are offered in 5- to 125-ton capacities. Designed to ease maintenance and provide maximum efficiency, the tower’s PVC nozzles ensure that water entering the tower is distributed uniformly over thermoplastic media material. Field-erectable, the tower has a structural steel base ready for rooftop, elevated or ground-level installations. Its small footprint makes it suitable for applications with limited space.
Tecumseh Cool Products, (517) 456-1300, www.tecumsehcoolproducts.com

Custom and Predesigned Cooling Towers

Design features of counterflow and crossflow cooling towers include guaranteed thermal performance. Other features include computer analysis for optimum design, custom and predesigned sizes, minimum fan horsepower, low pumping head and aesthetic design. With rugged, heavy-duty construction using wood, concrete, steel or fiberglass, the towers are constructed for easy maintenance and through bolted framing.
Tower Performance Inc., (973) 966-1116, www.towerperformance.com

Counterflow Cooling Tower

FPT Series utilizes Composolite modular system, a fiberglass-panel technology that provides users with a strong, fire-retardant pultruded fiberglass tower with a UV-protected, nonskid coating. Factory-assembled components and subassemblies provide fast, consistent and safe construction as well as low maintenance. The counterflow tower includes a pultruded fiberglass deck with nonskid coating.
Midwest Towers Inc., (405) 224-4622, www.midwesttowers.com

Cooling Tower Systems

Systems available include cooling tower systems, pump decks and tower cells. The complete cooling tower systems include pump tanks. Other products include central and portable air- and water-cooled chillers, hot oil units, and water-circulating temperature control systems.
QPC Systems Inc., (616) 394-6988, www.qpcsystems.com

Nonferrous Cooling Tower Cells

Offered in a range of capacities from 45 to 540 tons, Power Tower Series cooling tower cells provide cooling water 95°F to 85°F (at 78°F wet bulb). They are manufactured of nonferrous materials to provide high performance and long service life. Made of a high strength, custom-designed fiberglass shell, the towers are supplied with a structural steel base and are ready for rooftop or elevated-stand mounting. The honey-comb channeled, stacked wet deck ensures maximum heat transfer, and the TEFC motor and fan assembly employ a direct-drive design to minimize service requirements.
Advantage Engineering, (317) 887-0729, www.advantageengineering.com

Closed-Circuit Cooling Towers

Induced-draft FXV product line includes single air inlet cells and larger, higher capacity dual air inlet models. Standard design features satisfy environmental concerns, minimize installation costs, maximize year-round operating reliability and simplify maintenance requirements. Thermal performances of all are independently certified by the Cooling Technology Institute (CTI), eliminating the need for onsite field tests. The company’s Combined Flow Technology employs a combination of coil and wet-deck heat transfer surfaces to increase performance. They are designed to ease access for maintenance and offer low sound levels and low operating weights.
Baltimore Aircoil Co., (410) 799-6200, www.baltimoreaircoil.com

Fiberglass Cooling Towers

Line of single- and dual-cell cooling towers is made of extra-thick fiberglass to provide a long service life. Fiberglass-reinforced polyester casings and water basins have UV-inhibitor in the gel coat to eliminate fiberglass deterioration and pigment fading. Tower is supplied assembled on a structural steel integral base. Pipe connections are welded in place for easier installation and hookup. Additional features include PVC fill; standard NEMA-frame TEFC motors with no belts or gear reducers; low speed propeller fans; stainless steel internal framing and hardware; one-piece water distributor with no moving parts and nonclogging design; PVC drift eliminators; and nonferrous inlet baffles.
Berg Chilling Systems, (416) 755-2221, www.berg-group.com

Vertical Flow Cooling Towers

Series ICE CT-RF (round, counterflow) and CT-SF (square, crossflow) Series are designed to consistently produce chilled water for all processes that require 85°F (29°C) fluid temperature. The cooling towers are light, compact and offer a long service life under severe conditions. Its fiberglass mat laminated from unsaturated polyester resin construction is covered with a gel coat to form a smooth surface. Tower’s internal construction is made from a rigid PVC sheet that is embossed and corrugated in a honeycomb configuration for high thermal efficiency.
Budzar Industries Inc., (440) 918-0505, www.budzar.com

Fiberglass Cooling Towers

Features of the FC Series include fiberglass construction of the tower casing and basin, reinforced fiberglass internal structural supports, 304 stainless steel fan support and fasteners, and PVC fill, drift eliminators, louvers and water distribution system. The leakproof, one-piece basin has molded, recessed bolt pockets for mounting on two I-beams. The integral inlet louver system prevents splash and windage loss and eases access to the basin. The TEAO direct-drive fan motor has double-sealed, permanently lubricated motor bearings to eliminate motor maintenance.
Thermal Care Inc., (888) 828-7387, www.thermalcare.com

Evaporative Towers

Line includes several types of cooling towers from economical fiberglass models, to crossflow, counterflow and forced draft technologies to meet individual conditions. Tower systems are available for closed-loop and free-cooling options and can be equipped with side-stream filtration, heat-raced insulation, elevating structures and other thermal and mechanical requirements. Applications include chiller condenser cooling, plant-wide heat exchanger cooling, compressor and reactor jackets, free-cooling chiller bypass systems, die-cast mold cooling and other industrial process needs.
Freeze Co, (800) 339-8982, www.freezeco.com

Induced-Draft Cooling Tower

Ultra SST is a type 316/304 stainless steel, induced -draft counterflow design with a CTI-certified capacity range of 109 to 4,075 nominal tons (479 to 17916 kW). Standard construction consists of type 316 stainless steel basin and type 304 stainless steel upper casing and fan sector panels and fan deck.
Evapco, (410) 756-2600, www.evapco.com

Links