Southern Cooling Towers Pvt. Ltd.

For performance that exceeds specifications on a tight budget, Fiberglass incorporates field-proven, industrial-quality components. You get the unsurpassed integrity, performance, and reliability you’d expect… at a price that may surprise you. Features Low Maintenance/Less Downtime   OUR Fiberglass is one of the few tower configurations that can be maintained while online, since cleaning and inspecting the distribution system does not require turning off the pumps. Long Life Construction Our  Fiberglass is manufactured and assembled from corrosion-resistant materials. Fiberglass and hot-dip galvanized construction meet the corrosion resistance and equipment life requirements of your most demanding HVAC and light industrial applications while still delivering an outstanding value.  Also available with optional stainless steel sub-structure. Low Operating Costs Our high-efficiency fill and fans, gravity-flow water distribution, and efficient mechanical drive systems work together to offer maximum cooling with minimum power use. All Season Performance Performs as specified in the heat of summer — responds well to energy-management techniques in the Spring and Autumn — integral louvers allow virtually ice-free operation in the dead of winter — and offers simple maintenance all year long. Eased inlet fan cylinder  ensures full area, low turbulent airflow through the cylinder. High efficiency fan  Adjustable pitch blades. Fan Motor  specially insulated for cooling tower duty. Water Distribution System Southern Spiral Target polypropylene nozzles  easy maintenance and reduced clogging. Southern  thermoformed PVC film fill  Or Easy Clean Ringfills suspended from structural steel tubing. Integral eliminators and louvers keep circulating water confined to fill, even at low air rates. Drift Eliminators  limit drift losses to no more than .005% of the design flow rate. Heavy-duty  MS HDG inlet and outlet flanges. Sloping collection basin  for ease of cleaning. Structure Counter Flow configuration  provides easier and safer on-line maintenance. Interior walkway is standard FRP and galvanized steel Construction  Stainless steel sub-structure available. Field assembled  simplifies transportatiion to job-site Large access door  provides non confining, quick visual inspection of cold water basin, internal structure, drift eliminators and mechanical equipment in the plenum area.

Pultruded structural components used thoughout the tower produce an engineered framework of unsurpassed quality, reliability and safety. Structural pultrusions approximate the strength of steel in tension and compression. Fiberglass is impervious to a broad range of corrosive materials—immune to deterioration.

Three words - Proven, reliable, performance.  A variety of fill options have made this type of cooling tower the most versatile product for heavy industrial use for over sixty years and counting.  Cross Flow Timber Cooling Tower The crossflow design ensures robust, trouble free operation for years. Splash-fill designs are Ideal for poor water quality applications. High performance film-fill designs have integral louvers and drift eliminators. Flexibility of Design Available in various cell sizes, fill air travels and fill heights. Within each of thse cell plans, several aspects of the basic design can be varied in order to achieve optimum operating economy. The choices include variations in fill type and density, fan type and size, fan cylinder height and shape, drift eliminator type and density and water distribution method and operating head. Choices For each basic cell size, the designer can choose from a significant number of possible component combinations. Several of these may result in economical selections capable of the thermal performance requirements, but only one will optimally satisfy the fan horsepower (kW), pump head, plan area and other evaluation paramenters that may have been imposed by the owner’s specifications.   Series 10 and Series 15 , Series 500 , Series 600 cooling towers are field constructed, splash fill, crossflow, wood cooling towers. They are designed to serve all normal cooling water systems including “dirty water” systems which would place the long term operation of a film-fill tower in jeopardy. The Series 10 and 15 are designed for easy maintenance while operating, which is critical for dirty water applications. For over 50 years, they have set the standard for long term reliability under the worst conditions. Features Lower operating costs Adjustable pitch fans with true airfoil blades and 98% efficient Gear reducer drive assure maximum utilization of applied fan power. Computer-optimized fill configurations and low-pressure drop drift eliminators afford maximum cooling with minimum power input. Gravity flow water distribution minimizes pump power requirements. Lower maintenance costs Heavy-duty fiber-reinforced epoxy fans, cast-iron Geareducers, and stainless steel driveshafts require only periodic maintenance. Low-maintenance materials are used throughout the cooling tower. Widely-spaced splash fill helps prevent clogging. The fill area is readily accessible for cleaning. Proven Performance Southern  stands by its responsibility for reliable thermal performance. We designed it. We rate it. We guarantee it! Single-source parts availability All tower components except the electric motors are designed, manufactured, and guaranteed by Southern cooling Towers . You always know who to call for any parts you need. You’re also assured that all components of the cooling tower will work together, because they were designed to work together. Flexible Cooling Capacity Lots of  tower models with different capacities per fan cell, provide the flexibility to fit almost any job. Greater capacity is available with multiple fan-cells. Extremely Low Drift Drift eliminators really get rid of the costly nuisance of drift spotting on objects around the tower. The corrosion resistance of PVC assures you that you may never have to replace eliminators for the life of the tower. Herringbone wood drift eliminators are available for certain applications that may encounter high temperatures or a high potential for clogging. Longer Service Life Pressure-treated Radiate Pine wood  structure and splash-fill bars, FRP fill support grids, PVC drift eliminators, and all other tower components are designed for years of service. Quality Construction Fan Design  is optimized for the static pressure imposition and airflow requirements of the tower. Fan Cylinders  and their associated eased inlets, augment fan operation. Fill and Fan Combinations  are mutually supportive for maximum thermal performance in system configuration. Nozzles and Water Distribution  systems provide uniform fill coverage without excessive contribution to air pressure losses. The Geareducer  provides consistently optimum fan speeds, and operates reliably in a saturated air/vapor mixture of corrosive nature. Fan Motors  are designed to Southern  specifications for extra demands of cooling tower duty. Motors are insulated with extra protection from moisture. Driveshafts  are designed to absorb operational shock loads, thereby increasing the service life of these critical components. Splash Fill Available in PVC , injection-molded polypropylene and rough sawn, preservative-treated wood configurations. Splash bar grids available in FRP and injection molded polypropylene. Film Fill Thermoformed PVC fill with integral louvers and drift eliminators. Stainless steel structural tubes resting in stainless steel hangers support the non-glued fill sheets above the cold water basin floor to simplify basin cleaning. Counter flow cooling tower  The ultimate in versatility, efficiency, and quality for large scale   power and industrial facilities. Each tower is customized to meet your exact specifications for performance, structure, drift, and sound.  Counterflow design allows maximum thermal performance capability per unit of plan area. Minimizes pump head requirements. Available with your choice of heat exchange media to satisfy just about any water quality. In addition, fiberglass, concrete or wood structure give you the flexibility to choose the material best for your application.  Wood Counterflow Cooling Towers All wood is pressure treated after fabircation. All fabricated steel components are hot dip galvanized or stainless steel. Extensive use of inert plastics for structural and non structural components. Designed for heavy industrial use with long service life.

News About Companies And People On The Move Southern Cooling Towers proudly announcing that we are entering in to NEW - VENTURE of Turnkey Profile of Designing,  Erection and Commissioning of RE - INFORCED CEMENT CONCRETE COOLING TOWERS. The Products range catering into the segments of Thermal and Captive Power Plants, Petro - chemicals, Fertilizers,  Atomic Energy,  Cements, Paper and Chemicals Industries. We will be rendering Turnkey services adopting Modern technology We look forward to continuing our close relationship with your strong support to make this venture as SUCCESSFUL EVENT.  We will highly appreciate your valued enquiries for any such Turnkey Projects so that we can offer you our technical specifications along with commercial offer. Concrete Counterflow Cooling Towers Concrete cooling towers are hurricane and typhoon resistant by virtue of mass, and concrete defies the detrimental effects of heat and ultraviolet light. Concrete is a natural material which is ideally suited for long service life in the harshest cooling tower environment. And concrete will never degrade the quality of cooling water circulating through the tower Available in precast concrete for jobs where schedule and economics favor an ‘assembled” product, or cast-in-place when in situ forming and casting are favored. Cellular or multi-fan configurations available to suit site requirements

Features Our splash fill bar advances the state of the art in cooling tower splash fill. Enhanced thermal performance of Omega fill increases cooling tower capacity in most all cases. Variable fill bar spacings provide the required thermal performance with the minimum amount of fill material and installation time. Omega fill is installed parallel or perpendicular to the air flow depending on thermal performance requirements or existing cooling tower configuration. Fill bars are extruded of corrosion resistant PVC (polyvinyl chloride) manufactured by Southern’s  plastics facility. The unique material formula used in the splash bar meets or exceeds CTI Standard 136 for strength, flammability and impact. Each bar is firmly attached to FRP or stainless steel fill grids with unique injected molded polypropylene benches designed to prevent premature wear on the fill bar and the grid. Our Splash bar’s classic arch shape enhances structural characteristics which prevents sagging, even after prolonged exposure to cooling tower environments. Our fill and its support system are designed to be used in virtually all cooling towers regardless of a cooling tower’s age or manufacturer.   outhern  anti-fouling film type fill consists of thermoformed corrugated sheets made of rigid polyvinyl chloride (PVC), impervious to decay, fungus and biological attack. The sheets are bonded to form modules which can be dimensioned to fit any application. Our Film fill combines properties related to a media’s ability to allow substances to migrate through it, while maintaining thermal efficiency— this then allows for the use of film fill where fouling risks occur. Each module consists of vertically channeled flat and corrugated surfaces, which essentially avoids contact between the sheets, thus eliminating water concentration. The horizontal corrugations and their location within the sheet promote optimum mixing of air and water. The flutes in the fill are vertically and aerodynamically shaped resulting in a reduction of pressure drop.

GridLoc splash-fill support is a polypropylene injection molded support for use in crossflow towers. The GridLoc design has a pair of integral, opposing, downward sloping splash bar grips attached to the vertical strands in each window to secure splash bars. The lower horizontal strand has a short pair of vertical nubs to center splash bars and provide a nonabrasive support that eliminates the need for bench supports. The GridLoc design has a molded in shelf support at the top of the grid for attaching the grid to the structural members. The grid can be either nailed or screwed to the support member to avoid movement of the grid in the horizontal plane. The typical GridLoc arrangement will be in 4’ x 6’ bays with bars parallel to air flow. The nominal window opening for bar spacing is 4” horizontal by 8” vertical. The GridLoc splash bar grips are compatible with many Southern splash bar designs as well as commercially available bars. GridLoc will retrofit on historic Southern  towers.

Southern developed the  cellular drift eliminator in the 1990s. No other eliminator could come close to our eliminator’s low drift rate and low pressure drop. Now, virtually every eliminator is a nesting cellular PVC type design. Our Eliminators are  more advanced design that meets or exceeds today’s demanding specifications for drift emissions without sacrificing fan horsepower The eliminator discharge angle is important enough to warrant two separate eliminator designs—one for crossflow and one for counterflow towers. Tests show the air direction leaving the eliminator is extremely important—imperfect designs create additional work for the fan. This means either increased fan horsepower—or reduced cooling tower performance. The crossflow version features drainage slots within the eliminator pack to insure trapped drift is returned to the wet side of the cooling tower. Low drift rate is the primary goal of eliminator design. Our Eliminators boasts typical drift rates of .005% of the total GPM. Lower drift rates are available depending upon tower configuration. Southern  eliminators require little or no maintenance. If it becomes necessary to clean them, care must be taken not to physically damage the PVC eliminator packs. For loose deposits of silt, fibers, etc., a water spray can be used, provided the spray nozzle is kept moving continually and the water pressure is not excessive

The orifice sizes  of  Southern nozzles are large enough that many competitive nozzles will actually fit inside a Southern nozzle. Southern counterflow nozzles have no internal parts or narrow passageways. The attached diffusion ring will not retain even fibrous debris. “Full cone” distribution pattern assures uniform water distribution for all film fills. Minimal spray overlap is required, providing uniform water distribution even near spray boundaries. Southern counterflow nozzles develop uniform water distribution over a wide range of operating water pressures. Crossflow Nozzle The Southern  nozzle is used only on splash-fill crossflow towers where objects in the water supply create blockage in smaller nozzles.Southern Nozzles are injection-molded, highimpact black polypropylene. Each nozzle is a single assembly with no moving parts. The nozzle is the ideal solution for overflowing basin problems due to clogged nozzles 

The Southern Spiral Target nozzle is an injection molded polypropylene unit consisting of two parts—the main body with integral target diffuser and a snap-on insert or orifice cap.  The orifice cap is available in different sizes. This amount of flexibility allows for a wide range of adjustment in water flow rates and basin water levels. The Spiral Target nozzle is available in three lengths. Different size Nozzles are  used on wood, steel, and fiberglass cooling towers where basin support structure does not obstruct the release of water. Nozzles are  used on larger industrial wood and concrete cooling towers and on applications where clogging might be a concern.  In every application the target portion of the nozzle should be located at the correct distance above the top of the cooling tower fill to obtain maximum water distribution over the fill area. misalignment.

gearreducer, gearbox, gear-box, gear bearings, lubrication, gearlube, gear-lube, reducer Southern  industrial Geareducers are manufactured and designed specifically for cooling towers in large industrial and power plant applications. In shape and function, their design goes beyond normal AGMA requirements—both to maximize air movement through the tower, and to minimize the impact of maintenance. Although the primary function of a Geareducer is to reduce the speed of the driver (usually an electric motor) to a speed which is conducive to good fan performance, it must satisfy other criteria as well. For example, it must provide primary support for the fan — withstand the shock loads imposed at start-up and during subsequent speed changes—anchor the fan against lateral movement in response to rotational forces—and contribute as little as possible to power transmission losses as well as the generation of noise. Given these requirements, many manufacturers of mechanical equipment provide acceptable speed reducers. Designed for more forgiving commercial applications, these units are often unprepared for the rigors and peculiarities of cooling tower service, such as the corrosive effects of operation (often intermittent) within an exceedingly humid environment. As a result, both the life expectancy of these commercial speed reducers— and the thermal performance of the cooling towers on which they are installed often suffer. Southern is the  major manufacturer whose Geareducers are designed uniquely for cooling tower service. And, since we warrant not only the Geareducer, but the thermal performance of the cooling towers on which they operate as well, development, design, and manufacture are taken very seriously. This has resulted in an unequalled history of trouble-free operation.

The driveshaft transmits power from the output shaft of the motor to the input shaft of the Geareducer. Because the driveshaft operates within the tower, it must be highly corrosion resistant. Turning at full motor speed, it must be well balanced—and capable of being re-balanced. Transmitting full motor power over significant distances, it must accept tremendous torque without deformation. Subjected to long term cyclical operation, and occasional human error, it must be capable of accepting some degree of misalignment. Driveshafts are described as “floating” shafts, equipped with flexible couplings at both ends. Shafts are fabricated of tubular stainless steel or carbon fiber. The yokes and flanges which connect to the motor and geareducer shafts are HDG steel or stainless steel. It is very important that driveshafts be properly balanced.  Imbalance not only causes tower vibration, but also induces higher loads and excessive wear on the mechanical equipment coupled to the shaft. Most cooling tower driveshafts operate at speeds approaching 1800 rpm. At these speeds, it is necessary that the shafts be dynamically balanced to reduce vibrational forces to a minimum.

Southern fans are designed specifically for industrial cooling tower applications, offering distinct advantages over other types of fans. The Southern Flare Tip blade enhancement provides increased performance overcoming tip clearance losses, aiding the movement of air next to the fan cylinder. The wide blade design is well suited for low noise operation, delivering superior air flow and pressure capability at reduced speed. The skin of the fan is made with top-quality fiberglass reinforced vinyl ester that is infused with pigment for even distribution across the laminate. There are multiple layers of surface veil on the blade surface leading to superior UV protection compared to fans with only a painted exterior. Constructed in one continuous piece, with a consistent moment weight, Fan blades are interchangeable without the need to rebalance the fan assembly. A nylon leading edge erosion barrier is molded into each blade to ensure long service. The hollow blade is designed with a deep section airfoil making the  Fan strong, yet light and easy to handle

For over 20 years, Southern has been making the most reliable geared speed reducers—designed specifically for cooling tower service. The reliability of the Geareducer comes from more than 10, 000 units of experience, and from Southern’s attention to exacting quality standards of design and manufacturing. Today, every Southern Geareducer is tested under load at our factory. Then, it’s inspected and adjusted before shipment. Southern has always known that outstanding Geareducer engineering is only as good as the lubricant that protects it. That’s why we took the next step and filled every System 5 Geareducer with Southern Gearlube™ lubricant. In addition, Southern  has made several improvements in the System 5 Geareducer to take advantage of the extraordinary lubricating properties of Gearlube. The new  Series Geareducer models will utilize a long-life lip-type oil seal at input shaft for extended service life. We’ve equipped it with a magnet in the sump to trap metal particles generated during initial break-in period

Butterfly valve Natural draft AT Series Cooling Tower PVC splash fills for counter flow Cooling Tower High efficiency FRP fan cylinder Drift eliminator for 0.0005% drift loss New generation FRP fans Composite drive shafts

Fiberglass Pultrusion Cooling Towers Pultruded structural components used thoughout the tower produce an engineered framework of unsurpassed quality, reliability and safety. Structural pultrusions approximate the strength of steel in tension and compression. Fiberglass is impervious to a broad range of corrosive materials—immune to deterioration.

Enhanced range of FRP Cooling Towers Series 20 & 22 Wooden Coooling Towers Pultruded FRP Cooling Towers in different capacity Different Ratio of Gearbox Improved different type of nozzles