Heat Transfer Equipments Private Limited

Madukkarai, Coimbatore, Tamil Nadu

Frp cooling towers offered by heat transfer equipments private limited are known for superior design and technology. The cooling towers are designed to meet the high standard of performance demanded by engineers. These frp induced draft cooling towers deliver compact, heavy duty and efficient cooling function and have an aesthetic design. Owing to its compactness, these frp induced cooling towers are extensively used in many process industries and in hvac applications. frp cooling tower metallic parts fully galvanized/power coated/epoxy coated. Completely corrosion resistant. Direct driven axial fan to avoided belt and gear drives. the company also manufactures frp cooling tower which is used as drift cooling tower. These products are used for reducing carry out losses of moisture drops in the air stream. And this is done through well designed multi rotary drift eliminator which is created using frp sheets.

We are offering Natural draft cooling towers warm and most air rises up because of its density, making way for cooler and drier air. This is the concept that has facilitated the development of natural draft cooling towers. These have different uses, such as industrial cooling towers, or at large power stations, automobile industries, water treatment plants, chemical industries or even nuclear plants where a huge capacity of cooling water is essential. The stack effect or chimney effect is kept in mind for the design of cooling tower, as that is how the whole system works. This cuts out the need for fans or any other electrical devices, thus greatly minimizing the cost of operation maintenance of the cooling tower. since the draft cooling tower operated on the natural atmospheric conditions and air circulation, there is no hot water that is being discharged into nearby rivers or oceans; thus saving the environment as well, as increased water temperatures can kill natural life and vegetation in those areas. The heated air from a cooling tower is dispersed into the atmosphere which is then diffused and scattered over a greater area than it is possible with water. The large area connecting the air inlet and outlet of the draft cooling tower very effectively circumvents any recirculation of tepid air that could result in diminished performance. It is also utilized for the discharge of treated exhaust fumes. This also means that gas reheating is not needed and neither is a chimney necessary. There are more than 235 natural draft cooling towers in operation worldwide. Maintenance and expenses are very low, durability very high and it is quite environment friendly too as the diffused air is not re-circulated much. Natural draft cooling towers started out as being cylindrical in shape. Gradually, as the designs kept developing, and the towers were made progressively bigger and the shape altered into hyperbolic, since that gives better structural power and resistance to climatic wind flows. The wind force can be significant for a structure of the magnitude of some of these cooling towers. Natural draft cooling towers depend on natural air circulation. This might impede functioning in winter or areas that experience extended cold climates. However, various thermodynamic zone controls and hydraulic solutions ensure that the draft cooling towers continue to operate smoothly throughout the year in any climate, without any problems.

We are offering dry cooling towers is equipment which is used to cool and maintain the temperature of process hot water at a particular level. This operates on the principle of heat transfer by a heat exchanger with extended fins. The fan is driven by an electric motor. our organization is engaged in offering a wide range of dry cooling towers, which is used for power generating & air compressor units and in engine water-cooling application. These are appreciated nationwide as these towers consume little water as compared to others. Our range ensures high performance and reduces the annual operating cost. combining the expertise and resources of dry cooling, we are a world leader in air-cooled condenser design, manufacturing, construction and service. We have installed hundreds of air-cooled condensers around the world for a wide range of environmental conditions: coastal and desert climates, remote industrial and urban locations and both temperate and freezing climates. We maintain a global reputation of excellence in power generation and industrial markets. The dry cooling tower is an ideal solution in any area as e.g. Hvac, industrial refrigeration, process cooling or central cooling plants.

Heat transfer equipments private limited offers treated timber packaged type induced draft cross flow cooling tower. These towers are specially designed to deliver highly reliable operation under corrosive atmospheric condition. heat transfer equipments private limited cross flow cooling tower is specifically designed to serve industrial process. The framework and filling are constructed of preservative treated wood to be non-corrosive. In order to meet todays demand for environmental control, industry has shown a growing interest in water reclamation. This is particularly so in the petroleum, petro-chemical and steel mills when the tremendous amount of water is consumptively utilized in the system. It is mechanically designed with cross flow induced draft, specifically suited for industrial process system. We manufacture and export cooling towers in a variety of options to cater to various requirements of customers. These induced draft cooling towers are provided in treated timber construction with acb or frp casing & louvers in cross & counter flow design. This conventional type cooling towers are exported with our "new age" 1/2 pvc fills & eliminators & with latest high efficient mechanical drives. Also, we provide this tower in multi-cells and in varied capacity ranging from 100 cu m/hr. To 3500 cu m/hr. In single cell. The entire range of cooling towers is designed and developed by highly experienced engineers, who have complete industrial acumen and know well to satisfy the expectations of customers.

Heat Transfer India manufacture Closed circuit cooling towers operate in a manner similar to open cooling towers, except that the heat load to be rejected is transferred from the process fluid (the fluid being cooled) to the ambient air through a heat exchange coil. The coil serves to isolate the process fluid from the outside air, keeping it clean and contaminate free in a closed loop. This creates two separate fluid circuits: an external circuit, in which spray water circulates over the coil and mixes with the outside air, and an internal circuit, in which the process fluid circulates inside the coil. During operation, heat is transferred from the internal circuit, through the coil to the spray water, and then to the atmosphere as a portion of the water evaporates. Certain processes require a closed-loop, whereby the process water for cooling does not come in contact with the atmospheric air. This prevents the cooling water from picking up particles that may not get filtered or even dissolved gases. Closed-loop cooling requires more energy and has higher initial and life-cycle costs than an open cooling tower, but provides an added protection to expensive processes or chillers being cooled.