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Brazed Plate Heat Exchangers INR 0 INR 0
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Brazed Plate Heat Exchangers

Designed for maximum performance, the Gireesh heat exchanger”s compact, rugged assembly is composed of stainless steel plate packs sealed together by means of brazing metal along the border of the units. This eliminates the need for traditional gaskets or external pressure retaining parts. The plate packs are embossed with special corrugation patterns to promote high turbulence flow, which dramatically increases the heat transfer rates of the units thus making them a highly economical and effective solution for many processes and heating applications. APPLICATIONS: Central Heating Oil Coolers Hedonic Heating Solar and Geothermic Heating Industrial Process Heat Recovery Condensers and Evaporators in Refrigeration systems Close approach fluid-to-fluid heat transfer Excellent for use in wood boiler industry Features Of Brazed Plate Heat Exchangers : – The heating surface consists of thin corrugated metal plates stacked on top of each other Channels are formed between the plates and corner ports are arranged so that the two media flow through alternate channels, always in counter-current flow. The media are kept in the unit by a brazed seal around the edge of the plates. The contact points of the plates are also brazed to withstand the pressure of the media handled. High heating transferring coefficient High heat recovery rate Great flexibility Low flow stagnation Light in weight Compact structure and easy installation Less space occupation Small consumption of water Durability Low scaling coefficient High quality Maintenance And Brazed Plate Heat Exchangers : – Made from stainless steel 304 or stainless steel 316 Cost effective and lower operation cost Compact structure, easy installation Thin plate High heat exchange coefficient Less idle liquid Less weight Only20—30% weight of shell-tube heat exchangers Less water consumption High thermal efficiency allows BPHE only takes 1/3 of cold water consumption of shell-tube exchangers) Durable Up to 400 ° C Temperature and 30 bar pressure No corrosion Eliminating gasket Minimal Fouling The greatest turbulence in the flow results in less fouling and fewer cleaning

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Marine Heat Exchangers Manufacturers INR 0 INR 0
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Marine Heat Exchangers Manufacturers

Gireesh range of heat exchanger are marine heat exchanger, industrial heat exchanger and heat exchanger that we present has been designed and developed in adherence with various international quality standards. These have a compact design and style of construction of the plate arrangement, which allows enhanced performance. The machine is easy to maintain and offer true value for money. We are capable of designing and fabricating our range in accordance with the specific needs of our clients.

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Finned Tube Heat Exchangers Manufacturers INR 0 INR 0
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Finned Tube Heat Exchangers Manufacturers

Finned Tube Heat Exchangers for applications that require high heat transfer area for relatively low heat transfer fluids. The advantages of using these finned tube heat exchangers are that they are compact. Our integrally finned tube heat exchangers can be used in refrigeration condensers as well as for oil cooling applications. The typical applications are for air heating, cooling. The fins are either plate fins or helically wound depending upon the quality of air and the temperature. The capacities range from 1000 kcal/hr to 1,000,000 kcal/hr. We cater finned tube heat exchangers which are designed as per the international standards and requirements of the clients. These exchangers can be employed for cooling or heating of air or other gases which flow in a duct or cooling of water and other liquids using air. Also, these units are provided with persistent flat-fin and tubes, tubes with annular drawn fins, tubes with continuous spirally wound plain or corrugated fins or tubes with washer type fins.

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Tube Bundle Heat Exchangers Manufacturers INR 0 INR 0
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Tube Bundle Heat Exchangers Manufacturers

TUBE BUNDLE HEAT EXCHANGERS MANUFACTURERS: Tube Bundle heat exchanger offer the cost effectiveness and proven performance that comes with having a standard design, while easily allowing for a wide variety of options to meet specific customer requirements. This line of pre-engineered compact heat exchangers is available in removal tube bundle designs, the later with either straight tube or U-tube arrangements. Flow arrangements can be done one, two or four pass. Units are available as commercial, ASME or TEMA C. heat exchangers are designed & manufactured to provide maximum service performance at minimum cost and lead time. High thermal efficiency for effective heat transfer Low installation cost Compact modular design High coefficient of heat conductivity FEATURES OF TUBE BUNDLE HEAT EXCHANGERS: Shell: Rugged shell available in Mild Steel and Stainless steel. Minimum clearance between shell and baffles reduce by-pass and maximize heat transfer. Tubes: Tubes are available in copper, 90:10 Cu-Ni, and stainless steel, Admiralty or Titanium. Tubes are roller expanded. Seal welding and grooving available in some cases. Baffles: Precision punched baffles assure effective circulation by providing minimum clearance between tube hole and tube. Tube sheets: Thick Carbons steel, Stainless steel or 90:10 Cu-Ni tube sheets are welded to shell. Holes are precision drilled for proper fit. End Bonnets: End bonnets are of high quality cast iron, gun metal, bronze or stainless steel in 1, 2, 4, 6 or 8 pass configurations. Fabricated heads are available and are standard on TEMA C models. Zinc anodes to neutralize the effect of galvanic action can be furnished on special order. MAINTENANCE OF TUBE BUNDLE HEAT EXCHANGERS MANUFACTURERS: Gireesh leveraging on our modern production facility, we manufacture and supply a broad collection of Tube Bundle Heat Exchangers. Manufactured using high grade raw material and latest technology, these are designed in accordance with the international quality standards. In addition to this, the offered range is available in various customized options as per the variegated needs of the clients. These are rigorously checked on various parameters of quality in order to deliver flawless range at clients’ end. FEATURES OF TUBE BUNDLE HEAT EXCHANGERS: Corrosion resistant Robust construction Extreme durability

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Evaporative Cooling Towers INR 0 INR 0
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Evaporative Cooling Towers

EVAPORATIVE COOLING TOWERS OVERVIEW: Evaporative cooling towers of the Gireesh series are designed to allow maximum flexibility of deployment. The vertical air discharge, in fact, makes the operation of the same wholly independent of the direction and intensity of the prevailing winds. In case of installation of the towers within industrial premises, there is a version with higher centrifugal ventilators, which allows the channelling of the delivery or return air. The Gireesh cooling towers enjoy the best protection against atmospheric agents being wholly made of thick galvanised sheet metal, which is further protected by an appropriate paint. All electric motors and the supporting ventilators are waterproofed and of special execution, thereby ready for outdoor installation. By request towers can be supplied complete with damper control capacity – the version with centrifugal fans – installed on the lip of every fan. They can also be supplied complete with an electric pump for the circulation of cooling water and with an electrical control panel to control resistance to winter icing. EVAPORATIVE COOLING TOWERS QUALITY CONTROL: Gireesh evaporate cooling towers essentially combines a cooling tower and a condenser coil in single equipment. It eliminates the sensible heat transfer step of the condenser coil water which is required in the cooling tower/condenser system. This permits a condensing temperature substantially closer to design wet-bulb temperature, and consequently, minimum heat process energy input. ADVANTAGES OF ACE AND SPARES: Since the process fluid of a closed loop system is completely isolated from the environment, routine maintenance is only required on the heat rejection equipment itself. The need to shut down the system periodically to clean the heat exchanger is dramatically reduced, if not entirely eliminated. Providing clean process fluid to the system will extend the life of other components in the system (condenser bundles, compressors, etc.).

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Cross flow cooling towers INR 0 INR 0
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Cross flow cooling towers

CROSS FLOW COOLING TOWERS OVERVIEW: Gireesh Cross Flow Cooling Towers are designed & manufactured to deliver utmost space and energy efficiency. There is no need of maintenance for the rotary sprinklers or tiny nozzles. One can easily clean the distribution basin and nozzles even when the tower is operating thus, saving pump power. The fan, motor and water distribution system is easily maintained. TECHNICAL SPECIFICATION OF CROSS FLOW COOLING TOWERS: The tower draws the air through the side and the upwards moving hot water gets collected in the FRP basin fitted on the top and the air passes through the target nozzles and sprinkles over the PVC fills. ADVANTAGES OF CROSS FLOW COOLING TOWERS: Aluminium die casting m/c Air compressors A/C plant & chilling plants Plastic Injection moulding m/c and Blow moulding m/c Chemical industries Dairy, and food processing industries Distilleries and Breweries plants Genets & Megawatt Projects Glass Mfg. Plant Herbal, Aromatics & extraction plants Industries heat process Oil refineries PVC pipes mfg.plant Soap / Cosmetic mfg. industries Steel factory and foundry. FEATURES OF CROSS FLOW COOLING TOWERS: To net propelling demands of our clients, we are engaged in offering a wide range of Cross Flow Cooling Tower. This cooling tower is designed for maximum service life and durable structure for long working period. It’s PVC perforated “v” bar provides maximum wet surface and long air water contact to give maximum performance in all seasons. This product is widely demanded in domestic as well as international market. Long life Less maintenance Withstand all adverse conditions MAINTENANCE AND SPARES FOR CROSS FLOW COOLING TOWERS: 1. Excellent Design and Long lifetime: The shell of cooling tower adopts high quality and toughness glass fibre, beautiful shape, resistant to natural factors and chemical material erosion, looks brand new even after long time use. All the steel shelves are processed by immersive hot galvanized zinc and reducing the oxidation mostly, prolong the service life. 2. High Efficiency and Energy Saving: Gireesh series cooling tower using excellent quality PVC film as thermal interface material, corrosion resistant, no deformation, curved and diagonal design film effectively prolongs exchange time between high temperature water and air inside cooling tower, which makes air flow smoothly and resistance lower, meanwhile, making the water drift ratio lowest, furthermore, the axial and arc fan, specially designed basin with evenly distributed water stoma, which highly improved heat exchange rate of cooling tower and lower the entire cooling tower”s energy consumption and noise. 3. Easy Installation, Reasonable and Practical Usage: Gireesh series cooling towers can be paralleled for multi-units, flexible combination, widely used. The body structure is tidy, standardized, and compact and strong, which is easy for installation. The design and manufacture are all on basis of practical uses, so it can meet customers” requirement better with high quality.

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RCC Cooling Towers INR 0 INR 0
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RCC Cooling Towers

Gireesh offers a wide range of concrete rcc cooling towers designed for any application. The RCC Cooling towers Structure of the cooling towers can either be built by us or by the clients own contractors. A permanent structure, low maintenance cooling tower can be built at a surprising low premium over a timber tower. Salient Features of RCC Cooling Towers: Both counter-flow and cross-flow patterns are available to suit customer needs. Splash and Film fills in various materials of construction are available. The concrete structure is optimized by in house structural engineers to minimize civil costs. In house detail engineering ensures quick release of construction drawings and simplified construction methodology. Civil construction can be carried out by our own experienced, construction group. RCC – Structure Frame work is done normally in M30 grade of RCC as per IS standards. Types of RCC Cooling Towers: RCC Cooling Tower with Multi cell RCC Cross Flow Cooling Tower RCC Tower with Fill RCC Counter Flow Cooling Tower RCC Tower with V Bar. SALIENT FEATURES OF RCC COOLING TOWERS: RCC Induced Draft Counter-flow Cooling Tower: In a counter-flow cooling tower the air moves vertically upwards through the fill while waterfalls vertically downwards. Film type fill is used and is suitable for all cooling load applications, however, it is more suitable for the application where cold water temperature is critical and water quality is good. These cooling towers are made of RCC construction. Film type fill is made of PVC for normal water applications. These cooling towers are fitted with the fills of wider flute so that it can withstand most of the industrial water. The film type fill should be avoided for the applications where water has traces of oil and contaminated water. In the case of contaminated water PVC “V” bars and grid can be used. Cooling towers are fitted with high efficiency mechanicals such as axial flow fans, gear boxes and drive shafts. RCC Induced Draft Cross-flow Cooling Towers: In a cross-flow cooling tower air moves through the fill horizontally and water falls vertically. The fill used is splash type fill and is suitable for cooling all load applications; however, it is more suitable for the application where water has higher suspended solids which can be a problem for film fill cooling tower operation. These cooling towers are made of RCC. For high temperature applications the splash fill is made of chemically treated timber whereas for normal temperature applications it is made of PVC. It can be of rectangular or “V” bar shape. The fill is supported on a SS-304 grid. Cooling towers are fitted with high efficiency mechanical parts such as axial flow fans, gear boxes and drive shafts. RCC COOLING TOWERS MAINTENENACE AND SPARES: 1. RCC structure is designed to give maximum efficiency while retaining structural stability. 2. The distribution system is with the latest design of nozzles to ensure a proper distribution of water. 3. The fill media is of Virgin PVC fills, with double edge folding at the edges. These results in a very long life of fill media. 4. Choice of aerodynamic PVC – “S” type or “C” type Drift Eliminators. 5. Aerodynamic FRP fan to save recurring power cost. 6. Long lasting – FRP Fan Casing. 7. Easy to clean and maintain. 8. Highly reduced cost of maintenance

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Induced Draft Cooling Towers INR 0 INR 0
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Induced Draft Cooling Towers

Induced Draft Cooling Towers, catch attention due to their excellent designs, fine finish and sophisticated look. We believe in offering quality services to our clients and to meet the demands of our customers, we have team of experienced professionals and through our dedication in this field, we have emerged as one of the leading organization. We procure premium quality raw material from the trusted vendors of the market only. INDUCED DRAFT COOLING TOWERS FEATURES: Sophisticated appearance Use of quality metal Excellent finish Cost effective Reliability Durability INDUCED DRAFT COOLING TOWERS MAINTENANCE: Stationery non-clog nozzle for easy maintenance. PVC fills for larger contact surface area. Weather proof IP 55 Flange motors with extended craft. Auto fill float. Aerodynamically designed air inlet louvers made of extruded PVC for least water losses.

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