Our air-cooled scroll chillers can reduce your total cost of ownership because they are engineering for lower life cycle costs and reliability through design simplicity. Our compressor technology is direct drive, low speed (3600 rpm) with only two rotating parts for high reliability and efficiency. Optimized compressor parts profiles are designed specifically for chilled water applications to optimize full and part-load efficiency. Our 'Smart H' Microprocessor provides greater reliability through a proactive control strategy, safety functions with simple diagnostics and easy interface with any building automation / energy management using a single twisted pair of wires. Hiver air-cooled scroll chillers are the right choice for tight temperature control in virtually any application.

Our compact chillers install easily and quickly into most building / factory layouts, making them ideal choices for retrofit or new building designs.

Steam Accumulator is a pressure tank made up of steel contain hot water and steam under pressure steam accumulator is a type of energy storage device. Accumulators are modern boilers are small in size, Efficient and high responsive change in loads. Steam accumulators is an extension of the energy storage capacity of boilers, steam boilers have a certain capacity for producing and supplying steam. For example: when the demand for steam from the plant is low and the boiler can generate more than required steam the excess steam is introduced into a mass of water stored under pressure.

FUNCTION OF STEAM ACCUMULATOR

Steam Accumulator is a pressure tank made up of steel contain hot water and steam under pressure steam accumulator is a type of energy storage device. Accumulators are Morden boilers are small in size, Efficient and high responsive change in loads.

Excellent performance

High operational frequency

Quality tested

Operated at optimum efficiency

USES OF STEAM ACCUMULATOR

Steam Accumulator is a pressure tank made up of steel contain hot water and steam under pressure steam accumulator is a type of energy storage device. Accumulators are modern boilers are small in size, Efficient and high responsive change in loads. Steam accumulators is an extension of the energy storage capacity of boilers, steam boilers have a certain capacity for producing and supplying steam. For example: when the demand for steam from the plant is low and the boiler can generate more than required steam the excess steam is introduced into a mass of water stored under pressure.

DESIGNING SPECIFICATION FOR STEAM ACCUMULATOR

Accumulator is constructed in the form of cylindrical, horizontal steel tank type of the tanks are based on the customer requirement and application. Data required for Steam Accumulators are as fallows

Capacity

Flow rate

Temperature

Charging pressure

Discharging pressure

3mm Aluminium Fabrication is a non-ferrous metal as it didn't consist of iron and due to non-ferrous metal which is more difficult to do fabrication as well as TIG welding on it compare to ferrous metal. Aluminum needs three times more heating power than ferrous metal like stainless steel. Grinding and buffing on Aluminium is quite difficult as it becomes soft and sticky during the Fabrication process.

electronic drum level indicator is an advanced electronic water level monitoring system. an edli system includes multiple probes fitted to a water column and connected to an electronic unit, which is widely accepted as a reliable & maintenance free equipment. pressure parts available for applications upto 207 bar at 370c as standard. electronics available in various configurations and include type 201, type 202 and type 202b.

features

choice of 8 to 48 channels for various levels of visibility depending on site requirement

available for pressure rating upto 207 bar (3000psi) @ saturated temperature

dual power supply with 100% redundancy and power supply failure indication (ac/dc)

self diagnostic features to detect open-circuit/short-circuit/ probe contamination/ internal component/ ground failure

fully validated trip logic eliminates spurious trip

fully configurable multiple spco/dpco relay outputs with energized/de-energized and time delay output options

multiple remote display facility

opto-isolated dual 4-20ma analogue output

digital water level indicator in mm (optional)

available for hazardous zone (explosion proof) and super-critical application

approvals :

quality system accredited to iso 9001

design approval of pressure parts, operational and field testing of the system

third party inspection, testing and certification by approved international agencies

certification of explosion proof to international standard for use in hazardous area

operating principle

the technology uses resistivity discrimination between steam and water to provide indication

detection level is dependent on water purity and boiler operating conditions i.e. temperature and pressure of boiler

sensing element is a probe with an insulated tip inserted in a side-arm water column. voltage is applied to the tip: conduction occurs between the tip and the inside wall of the column

resistance 0.1m ohm indicates steam i.e. probe is in steam.

an electronic discrimination circuit is used to discriminate the probe resistance and generate the display logic accordingly

a vertical display of multiple green/red leds provide resolution for the water level indication

components:

water column

probe

electronic unit

remote display unit

probe cable

Industrial dehumidifier and Desiccant Dehumidifiers are used in many industrial applications where it is used to control dew point and relative humidity. With years of industrial experience FITZER is mastered in the manufacture and supply of Industrial Dehumidifiers. Each Industrial Dehumidifier at FITZER is custom engineered to meet different operating conditions.

Industrial Dehumidifiers are used in different industrial applications that help in corrosion prevention, Condensation protection, Moisture regain Prevention, Fungus prevention, Product Drying, Low Humidity etc.

How Dehumidifier Works

The Main function of the Industrial desiccant dehumidifier is to remove moisture content from the air in given atmosphere or in a given environment. This is accomplished by exposing the air to an adsorbing media (desiccant) in a sealed air stream (process). After the desiccant has adsorbed moisture, it is exposed to a second air stream at an elevated temperature (reactivation). This causes the moisture to be driven out of the desiccant preparing it for more moisture adsorption. This process is done on a continuous basis, providing a constant drying process. The two air streams (process and reactivation) are separated by seals, which contact the desiccant media. The functioning outline of this dehumidifier can be easily understandable from the Fig.1 The dehumidifier is designed with the two air streams flowing in opposite directions simultaneously thereby maximizing the energy efficiency of the equipment in terms of energy removal.The Desiccant used by Hygro Tech is non-toxic, non-flammable with maximum moisture removal capacity.

the studded fin tubeis manufactured by resistance welding of studs on the bare tubes.

the fins are manufactured by welding of the fin material which is essential a stud or rod welded at base to the tube by electrical resistance process.

the current is made to flow through the tube and the base of the studs. the studs are specifically made in shapes to facilitate the welding process. the stud; during the finning welding process is also mechanically pressed on the tube at the point of welding thence causing a very good mechanical bond. this type of fin tube find very good application in high pressure and high temperature applications. the mechanical bond is very strong and hence finds application in places where extreme mechanical load, stress is expected while during the process or cleaning etc.

these fin tubes find application in finned pipes, air coolers, and heat exchangers etc and are preferred in industries like petrochemical refineries, power plants, chemical industries, and steel plants etc.

we can supply material on urgent delivery basis because of large stock and relations with raw material suppliers. we use only prime quality base tube and fin stud material.

the stud fin tubes/stud fin pipes can be supplied with en 10204 en 3.1 and en 3.2 certifications. we can provide third party inspection from any reputed inspection agency.

Air washers are industrial cooling equipment used to maintain desired space temperature and humidity condition for comfort or process requirements.

Working of Air Washer:

In Air Washers air comes in direct contact with  water which is sprayed over cellulose pads .As the hot air come in contact with water , water evaporates and carries away heat of air in the process.  The outlet condition of air depends upon the difference between Dry bulb and wet bulb temperature of ambient air.

Air washer with improved efficiency:

FITZER - The manufacturer of air washer also provides innovated compact Air Washers with 3 or 4 side pads for more area coverage and better cooling efficiency.

Features

Single speed wired Remote controller with single phasing and overload protection.

Multi speed option with VFD to control air flow as per requirement.

Low running cost compared to Air Conditioners.

Rust free Stainless Steel Tanks.

AMCA Certified Centrifugal Blowers.

IE2 Efficiency, IP 55 Protected Electric Motors of Siemens /ABB/CG/Havells make.

Very Effective cooling in hot & dry climate areas.

Unique and non-clogging type water distribution system.

Auto water drain facility.

You will also get a gamut of added benefits of using them in any industrial area where proper cooling and ventilation is required to ensure comfortable working environment.

BENEFITS OF AIR WASHERS

Air washers reduces temperature upto 19 Deg C in Hot & Dry Climates.

Consumes upto 80% less electricity than refrigerated air conditioning.

Air washer Technology is Economic, natural & sustainable.

Air washer Improves indoor air quality by removing fumes & odours.

Evaporative cooling efficiency increases as temperature rises.

Delivers 100% fresh, filtered, healthy Natural air.

Submersible type water pump for continuous water supply.

No need to close doors & windows.

Improves productivity in industries through fresh, clean & cool air.

Low Capex & Opex.

Advantages of Air washers

Air washers has the advantage of being an hybrid appliance, a combination of an air purifier and a humidifier. Like conventional humidifiers, air washer adds therapeutic moisture to the air.

And, like a conventional air purifier, an air washer removes symptom-triggering allergens from the air. Therefore, they not only cool the air but have the capability of soothing your uncomfortable dry air symptoms and easing your allergies.

Fan Features

The fans are of international standard and are AMCA certified.

Centrifugal blower forward / backward curved as per static pressure requirements.

The fans are static and dynamically balanced.

Electric Motors

TEFC Squirrel Cage Induction Motor, IP 55 Protected VFD Compatible induction motor of Standard make

Siemens/CG/Havells /ABB etc.

Cooling Pads

High quality Evaporative Cooling Pads CELdek-Munters/ Hu-Tek / Eco-Cool make are used in Air washer for high saturation and

cooling efficiency upto 90%. The Cooling Pad of Air Washers  is made of cellulose ( Pulp ) sheet and available in 5 &  7mm flute sizes. The Cellulose Pad is cross-corrugated and coated with anti-rot, rigidifying and wetting agent.

The Steam/Water Analysis Systems (SWAS) are designed conform latest modern technology and has been continuously improved to keep the reability of your water steam analysis safe at all times and to protect your power plant from corrosion and scaling, suitable for power plant chemistry.

Steam and Water Analysis System (SWAS) are designed for continuous monitoring and control of water and steam purity in the boiler plant cycle and at other important analysis points. The SWAS sampling system shall obtain samples from steam and water pipelines which shall be adequately conditioned and flow through water analysers for continuous analysis and provide parallel facility for grab sampling.

The analyser outputs signals shall be used for continuous monitoring of various parameters like analysis of pH, Specific Conductivity, Cation Conductivity, Degassed Conductivity, Sodium, Silica, Dissolved Oxygen, Phosphate, Chlorides, TOC etc.

The assembly of multiple instruments in a shelter creates several economic advantages:

• Reliable / stable measurement
• A good working environment for monitoring and maintenance
• Lower maintenance costs
• Longer lifespan of the equipment, etc.
• In a lot of cases a walk-in shelter is a very good and durable solution.

e manufactures two types of closed circuit cooling tower and combined flow and counterflow coolingtower. Closed Circuit Cooling Tower are suitable for Thermal Power Plants. Closed Circuit cooling tower certain processes needs a closed loop, that's why the process water for cooling does not come in make contact with the full of atmosphere air. Closed loop type cooling is minimizes process fouling.

Types of Closed Circuit Cooling Tower

• Combined Flow
• Counter Flow

We may well include various percent of the cooling water from the available water resources to the closed circuit cooling system and we be able to decrease the cooling tower size.

Mixing ration means the percentage of the added water. If our mixing ratio is zero, it is called absolutely closed system. When the mixing ratio is 100%, it is called an open system.

Closed Circuit Cooling Tower Water Temperature

Closed Circuit Cooling Towers are accomplished of incoming fluid temperatures as high as 180ºF (82.2ºC), .

Closed Circuit Cooling Tower Design

Our Closed Circuit Cooling System gives completely rated thermal presentation, which also by yourself verified over special types of flow and high temperature requirements. Closed Circuit Cooling Towers are high effciency and water saving.

Hydraulic Oil Chiller is a cooling device that is used to execute the chilling effect in oil used in hydraulic machines or lubricating oils processing. Hydraulic machinery is installed with hydraulic oil that gets heated during processing. Hydraulic Oil Chiller protects the machine from damage by absorbing extra heat from oil by direct contact with oil for heat transfer at the heat exchanger. Hydraulic Oil Chiller configured with simple, rugged design with less number of moving parts ensuring efficient, durable performance of unit with a lower cost of maintenance.

Feature

• Cooling capacity ranges from 1.75kW to 35kW
• Temperature control ranges +15C to +50C
• Energy-efficient top branded compressor
• Air-Cooled, fin & tube type branded condenser
• Brazed Plate energy efficient Heat Exchanger
• High-pressure pump for oil & glycol solution
• Open-loop with media tank & low noise level
• Indoor and outdoor installation with protection

ibr approved safety valves - valve size: 25 x 50nb to 250 x 350nb

orifice size: g(20.0 mm) to v(181.o mm)

flanged end: upto class 600 stellited disc & nozzle

material: carbon steel, stainless steel & alloy

U Tube bundle Heat Exchanger can build "U" tube bundles, straight tube "floating" tube bundles, or we can retube fixed tubesheet heat exchangers when the bundles is not removable and multitherm is not locked into any one material. Heat-exchanger system consisting of a bundle of U tubes hairpin tubes surrounded by a shell outer vessel, one fluid flows through the tubes, and the other fluid flows through the shell, around tubes.Multitherm can duplicate any existing bundle to include dimensions, materials and performance.Some bundles tend to be build with copper tubes and steel tubesheets. U Tube bundle Heat Exchanger of each tube are connected to plenums (sometimes called water boxes) through holes in tubesheets. The tubes may be straight or bent in the shape of a U, called U-tubes.

Specifications :

• U Tube bundle Heat Exchanger which typically have U-tubes.
• U Tube bundle Heat Exchanger can be used to boil water recycled from a surface condenser into steam to drive a turbine to produce power.
• Most U Tube bundle Heat Exchanger are either 1, 2, or 4 pass designs on the tube side.
• This refers to the number of times the fluid in the tubes passes through the fluid in the shell.

Applications :

• U Tube bundle Heat Exchanger fluid goes in one end of each tube and out the other.Surface condensers in power plants are often 1-pass straight-tube heat exchangers see Surface condenser for diagram.
• U Tube bundle Heat Exchanger are two and four pass designs are common because the fluid can enter and exit on the same side. U Tube bundle Heat Exchanger construction much simpler.
• U Tube bundle Heat Exchanger are often baffles directing flow through the shell side so the fluid does not take a short cut through the shell side leaving ineffective low flow volumes.
• U Tube bundle Heat Exchanger are generally attached to the tube bundle rather than the shell in order that the bundle is still removable for maintenance. Counter current heat exchangers are most efficient and they allow the highest log mean temperature difference between the hot and cold streams.
• U Tube bundle Heat Exchanger companies however do not use single pass heat exchangers and they can break easily in addition to being more expensive to build.
• Often multiple heat exchangers can be used to simulate the counter current flow of a single large exchanger.

Advantages :

• The simple design of a shell & tube heat exchanger makes it ideal cooling solution for a wide variety of applications.
• One of the most common applications is the cooling of Hydraulic Fluid and oil in engines, transmissions and hydraulic power packs.
• With right choice of materials they can also be used to cool or heat other mediums,
• Particularly with models where a floating tube bundle (where the tube plates are not welded to the outer shell) is available. Can also be used on fixed tube sheet heat exchangers.

IBT is a system, which stores energy in the form of ICE.

It is applicable in Dairy Industry for quick process in short time with certain limit of power load.

Features:

• No need of civil & fabrication work at customer site
• Easy to lift & shift
• Energy efficient
• Better insulation

Advantages:

• Requires less connected power load
• The ice water intensively cools the product without any risk
• Power supply is not required once ice formation is completed
• No requirement of Cooling Tower and water supply (For Air-Cooled type)
• Wide capacity with storage tank upto 1, 00, 000 Ltr./33, 000 KG ice formation per day
• Cooling energy storage capacity upto 900 TR/Day

Features: Option-1

• Portable IBT
• No need of civil & fabrication work at customer site
• Easy to lift & shift
• Energy efficient
• Better insulation

Features: Option-2

• M.S. fabricated IBT at customer site with civil construction
• Customised IBT
• Energy efficient
• Better insulation

Advantages:

• Requires less connected power load
• The ice water intensively cools the product without any risk
• Power supply is not required once ice formation is completed
• Wide range of storage tank
• Cooling energy storage

Thermal Energy Storage System (CWTES). This system utilizes only the sensible heat of water for cooling energy storage in a chilled water storage tank and discharges the stored coldness for air-conditioning during the on-peak time.

The key technology of CWStorage system is the diffuser design which ensures thermal stratification of chilled water and warm water by density difference. FTEnE’s technology is the state of the art technology which is recommended in ASHRAE’s design guide. They have a long history of installation around the world including U.S.A.,  Japan, Korea and middle-east Asia.

Some key features of Chilled Water-Thermal Energy Storage Cooling:

Lowest initial investment cost

30-40% energy saving by utilizing conventional chillers whose

Efficiency is higher than low temperature chillers

Simple system with easy controls without additional heat

Light in weight compared to Si-Br.

Exchangers and less equipment

Efficiency of discharging coldness is very high

Easy to convert conventional system into CWTES system by

Adding only chilled water storage tank

Convertible to heating purposes

Environmentally friendly system free from brine

Storage water can be utilized for fire-fighting in emergency

A thermic fluid heating system generally used in a system where the pressure is not desired in a process and temperature requirement is higher and using the boiler for high-temperature services may increase the cost of a project.

Thermal Fluid Heaters can improve process consistency and reduce downtime leading to a further increase in profitability.

Industrial Applications of Thermic Fluid Heaters

Thermic fluid systems can be used to generate heat in various process industries, such as:-

• Food processing industries
• Rubber and plastics industries
• Publishing and print industries
• Metal fabrication and finishing plants
• Paper industries
• Textile industries
• Natural gas processing plants
• Crude oil extraction and processing industries.
• Chemical Industries
• Plywood and Laminates
• Confectionery

Advantages of Thermic Fluid Heaters

• High Capacity Heating System
• Fully automatic unit – Maintains the desired temperature of the thermic fluid
• High System Efficiency – Reduced operating cost.
• Best applicable for High-Temperature Heating
• Can attain temperatures upto 300 o C
• Minimum site work and ease of installation
• Can operate on the variety of fuels as per local availability
• Failsafe design and dependable safety instruments
• Rugged design and superior construction
• High flow rate ensures the higher life of thermic fluid and heater coil
• Backed by prompt and efficient after sales service
• Deaerator/Expansion Tank Integral Arrangement type

Introduction to air-cooled heat exchangers

Water shortage and increasing costs, together with more recent concerns about water pollution and cooling tower plumes, have greatly reduced industry's use of water cooled heat exchangers. Consequently, when further heat integration within the plant is not possible, it is now usual to reject heat directly to the atmosphere, and a large proportion of the process cooling in refineries and chemical plants takes place in Air Cooled Heat Exchangers (AC-HEs).

There is also increasing use of Air Cooled Condensers for power stations. The basic principles are the same but these are specialized items and are normally configured as an A-frame or "roof type". These condensers may be very large-the condensers for a 4000 MW power station in South Africa have over 2300 tube bundles, 288 fans each 9.1 m in diameter and a total plot area 500 m X 70 m.

AC-HEs for process plants are normally just called Aircoolers, but should not be confused with devices for cooling air (best described as Air Chillers).

The design of an AC-HE is more complex than for a Shell and Tube Heat Exchanger, as there are many more components and variables.

The structure of an AC-HE is painted or galvanized, depending on customer specification. However, the costs are roughly the same if a multiple coat paint system is specified. Often the painted units are more expensive. There seems to be a trend toward more galvanized structures because they require virtually no maintenance. Painted structures require touch-up after installation and they often rust anyway.

Air-cooled heat exchangers are used extensively throughout the oil and gas industry, from upstream production to refineries and petrochemical plants, under high pressure and high temperature conditions, as well as corrosive fluids and environments.

TPC-AS is a vertical fired, coil type Hot Water Boiler designed for operation with water at high pressure and temperature. The concentric coils, flame reversal combustion chamber and three full gas pass configuration ensures high efficiency and very safe and simple operation.

TPC-AS is fitted with a Babcock Wanson burner specifically developed for this duty and perfectly matched to the combustion chamber for high efficiency, low emission operation. Burner control can be simple two stage or fully modulating control depending on the process requirements.

High Efficiency Coil Type Hot Water Boiler

• The TPC-AS configuration with large heat exchange surface and integral combustion air preheater ensures a thermal efficiency of up to 90% in standard form.
• TPC-AS includes an integral, air cooled outer case that acts as a combustion air pre-heater/economiser. This design also provides for efficient insulation of the boiler shell.

Robust Equipment

• The TPC-AS Hot Water Boiler is robustly built for long life and reliable operation.
• Test pressure up to 25 barg and water operating temperature up to 220°C.
• The TPC-AS configuration ensures safe, simple operation in the most demanding of environments.

Simple Reliable Operation

• TPC-AS includes an integral monobloc burner, combustion and system controls and standard safety equipment, all mounted and pre-wired.
• The TPC-AS Hot Water Boiler is delivered to site ready for connection to the fuel system, electrical power, chimney and water system for fast site installation.
• Refractory within the combustion chamber has been reduced to a minimum for long life and simple maintenance.

Environmentally Friendly

• Babcock Wanson burners have been designed to meet all normal environment standards. They optimise fuel consumption and are easy to maintain.
• Flue gas emissions in accordance with European regulations.

Full Range of Ancillary Equipment

• System design and project management
• System ancillaries and heat exchangers
• Installation and piping service
• Supply and Commissioning

WASTE HEAT RECOVERY is a process of recovering ENERGY from waste process outputs. These are custom built equipment or systems designed as per the waste heat available and the process heat load. 

• These are custom built equipment as per the type waste heat available and the process heat requirements. A detailed study of the client's system is required. 

• These systems can be designed to recover waste heat from high temperature flue gases of furnaces , DG sets, boilers or any other heat source.

• The waste heat recovery can be designed in shell and tube type or water tube type design based on the operating pressure of the system. 

SMOKE TUBE TYPE WASTE HEAT RECOVERY SYSTEMS : 

• Package type boilers is an internal furnace Boiler with a three pass, fully wet back & smoke tube type design. The fuel is charged through a charging door to keep the fire going. Package type is designed to provide low cost heating with minimum operational complexity. 

• Due to proper shell or steam drum diameters, steam volume is more & hence better steam quality. 

• Steam Quality is better as Properly Designed Drum Internals are Provided. 

• Provided with accessories like Economiser, Deaerator Tank etc. as per requirement for better performance of the Waste Heat Boiler. 

• Capacity and Working Pressure of the Waste Heat Recovery is considered as per Customers requirement. 

• Heat Exchangers and Waste Heat Recovery Boilers are especially made as per codes like IBR 1950 with its Latest Amendments/TEMA etc. 

Fundamental Working and Purpose of Heat Exchanger

The heat exchanger is a system that helps transfer the heat into two or more fluids. Heat exchangers have their applications in both the heating and cooling processes. The fluids in the heat exchangers are kept separate with a solid wall in between them. One fluid's heat passes across the metal used to keep both of the fluids separate, and the heated metal then increases the other fluid's temperature. High turbulence, high fluid velocity, significant temperature differential, and high surface area; all these factors immensely contribute to efficient heat transfer. However, different designs can get tested for even better heat transfer, which prompted us to build Box Type Heat transfer that offers an improved heat transfer compared to the shell and tube type heat exchanger.

DESIGNFEATURE

Our highly dedicated and devoted team of professionals enables us to manufacture and supply a wide assortment of Hot Air Generator.
Features:

• Modular design for easy transport & installation
• A fully safe & covered body designed to prevent dust
• Operated by Single / Three phase electric motor

Specifications:

• Fuel: Solid fuel fired, Oil & Gas fuel-fired
• Product Name: Hot Air Generator
• Condition: New

Milk could be the most widely consumed food in the world. Dairy plants across the world are working towards meeting this kind of demand adopting new technology and looking for new ways to boost their productivity. The experts atFITZER INCORPORATIONhave always emphasised the importance of an innovative approach to equip its clients with world-class machinery and equipment. It has made us one of the most reliableDairy Processing Plant ManufacturersMilk Processing Plantcontains equipment meant for storing the milk as well as for performing tasks like separating, pasteurizing and homogenizing.

Why Our Dairy Processing Plants?

• Excellent Quality- Milk processed with our plants is of excellent quality as it kills all pathogenic micro-organisms present in the raw milk.
• Increased Shelf Life- Processing the milk using these plants increases its shelf-life and you preserve it for several days before it becomes unsuitable for usage.
• Customization- We offer the option of customization to suit your specific requirements as the machinery and assembling can differ depending upon the intended usage of milk.

We are one of the topmost Dairy Milk Plant Exporters and Suppliers In India. Our Dairy Plant can be installed within very reasonable costs. Call right now to know in details.

Air Blast and Adiabatic Coolers for sealed water cooling systems and reducing maintenance costs on both the cooler and the equipment it serves with the added benefit of reducing health and safety issues created by the operation of evaporative cooling towers. Units are available from 5 Kw upwards.

Features :

• - Chemical water treatment not required.
• - Cleaning and chlorination not required.
• - Sealed system, no contamination of the water algie does not grow.
• - Water losses through evaporation is eliminated.
• - Low operating noise levels.
• - Low operating costs.
• - Minimal plan area
• - Unsightly plumes of water vapor coming from your cooling equipment is stopped.

Construction Options :

• Tubes : Copper, M.S or stainless steel
• Fins : Aluminium, copper, G.I or stainless steel
• Fans : Axial type at variable speeds to unit customer requirements
• Casework : Galvanized steel, external painting, aluminium or stainless steel

An evaporative condenser is a condenser integrated into a cooling tower which rejects the latent heat of condensation of refrigerant (Ammonia/Freon) through a coil to the surroundings by means of evaporation.Water sprayed onto the coil exchanges heat with the refrigerant. A small quantity of water is evaporated into the air thereby cooling the remaining water cascading to the basin at the bottom. Post evaporation the saturated air passes through the drift eliminators and then forced out using a fan.

Construction And Working Of Evaporative Condenser :

In evaporative condensers, both air and water are used to extract heat from the condensing refrigerant. Figure shows the schematic of an evaporative condenser. Evaporative condensers combine the features of a cooling tower and water-cooled condenser in a single unit. In these condensers,  the water is sprayed from top part on a bank of tubes carrying the refrigerant and air is induced upwards. There is a thin water film around the condenser tubes from which evaporative cooling takes place. The heat transfer coefficient for evaporative cooling is very large. Hence, the refrigeration system can be operated at low condensing temperatures (about 11 to 13 K above the wet bulb temperature of air). The water spray counter current to the airflow acts as cooling tower. The role of air is primarily to increase the rate of evaporation of water. The required air flow rates are in the range of 350 to 500 m3/h per TR of refrigeration capacity.

Immersion Heaters, These heaters are available in wide selection of rates, sizes and sheath materials suitable for the heating requirements of oil, water, and Chemical. Moisture resistant and explosion proof models are also available. All immersion heaters we offer you, including heaters for hazardous locations.

Features:

• Sheath Material starting from SS304, 321 COPPER, SS 316.
• MGO Insulation.
• Precisely design with uniform heat distribution.
• High Strength.
• CUSTOMIZED SIZE & DESIGN
• Brass as well M.S. & SS flanges IS available.
• Silver Brazing.

Industries & Applications:

• Radiant Heating
• Dies and Manifolds.
• Immersion Heating.
• Solar.
• To Heat Up water in any Industries.
• Textile Industries.

Cryogenic storage tank for Liquid Oxygen, Nitrogen, Argon, CO2 Turnkey Project.

we propose a great variety of standard to custom engineered cryogenic tanks ranging from 3, 000L to 160, 000L (800 Gal. to 43, 000 Gal.), in vertical and/or horizontal position, from 7 bar to 37 bar nominal pressure.

With our extensive range of high performance tanks, all efforts are made to accompany our customers throughout their project and to reduce maintenance thanks to our robust design while improving the safety of their operations.

We offer a full spectrum of standard and customized solutions for liquefied gas storage such as LH2, LIN, LOX, LAR, CO2, N20 and LNG.

Leveraging on rich expertise and advanced manufacturing facility, we are counted as one of the reckoned manufacturers and exporters of Paddy Dryer Heat Exchanger. Quality is our prime focus, hence we source tested quality materials from authentic vendors to manufacture these heat exchangers as per industrial standards. Finds application in chemical, oil and refinery plants, our Paddy Dryer Heat Exchanger is demanded among our clients for its impeccable performance, easy installation and rust proof finish.

 Features of Paddy Dryer Heat Exchanger :

• Uniform and reliable heat transfer
• Rust proof body
• Hassle free installation

Our company is engaged in manufacturing and supplying high quality dairy milk processing plant that requires less maintenance and can be installed easily. It is used in the processing of milk and is fabricated using premium quality components and advanced technology inline with the defined industry standards. The offered machine is available in various technical specifications to meet the diverse needs of the clients. We offer this dairy milk processing plant at industry leading prices. Features: high strength sturdiness smooth operation high performance we offer milk processing plant with automation systems and services that range from 100lph to 1000lph. The provision of electronic process control up to integrated, complete with the corresponding management information systems. Only the latest industrial standards are used for all automation projects.in this respect batch processes are automated in accordance with an essential factor for a transparent, traceable production. To adapt existing production plants to new generations of automation systems (e.g. When replacing the visualization system or upgrading from s5 to s7) migration strategies will be developed for you that allow safe conversion while production continues to run.

Hopper is a container for a loose bulk material typically one that tapers downward and is able to discharge its contents at the bottom. We are specialized in the custom fabrication of Stainless Steel hopper for pharmaceutical, packaging and food-processing machinery components as per customer drawing, specification and need. We fabricate SS hopper using finer quality, physically and chemically lab tested material from well acknowledged manufactures and dealers. We inspect the quality of hopper at various stages of production and finally deliver the premium quality hopper to our customers.

Our air-cooled scroll chillers can reduce your total cost of ownership because they are engineering for lower life cycle costs and reliability through design simplicity. Our compressor technology is direct drive, low speed (3600 rpm) with only two rotating parts for high reliability and efficiency. Optimized compressor parts profiles are designed specifically for chilled water applications to optimize full and part-load efficiency. Our 'Smart H' Microprocessor provides greater reliability through a proactive control strategy, safety functions with simple diagnostics and easy interface with any building automation / energy management using a single twisted pair of wires. Hiver air-cooled scroll chillers are the right choice for tight temperature control in virtually any application.

Our compact chillers install easily and quickly into most building / factory layouts, making them ideal choices for retrofit or new building designs.

Steam Accumulator is a pressure tank made up of steel contain hot water and steam under pressure steam accumulator is a type of energy storage device. Accumulators are modern boilers are small in size, Efficient and high responsive change in loads. Steam accumulators is an extension of the energy storage capacity of boilers, steam boilers have a certain capacity for producing and supplying steam. For example: when the demand for steam from the plant is low and the boiler can generate more than required steam the excess steam is introduced into a mass of water stored under pressure.

FUNCTION OF STEAM ACCUMULATOR

Steam Accumulator is a pressure tank made up of steel contain hot water and steam under pressure steam accumulator is a type of energy storage device. Accumulators are Morden boilers are small in size, Efficient and high responsive change in loads.

Excellent performance

High operational frequency

Quality tested

Operated at optimum efficiency

USES OF STEAM ACCUMULATOR

Steam Accumulator is a pressure tank made up of steel contain hot water and steam under pressure steam accumulator is a type of energy storage device. Accumulators are modern boilers are small in size, Efficient and high responsive change in loads. Steam accumulators is an extension of the energy storage capacity of boilers, steam boilers have a certain capacity for producing and supplying steam. For example: when the demand for steam from the plant is low and the boiler can generate more than required steam the excess steam is introduced into a mass of water stored under pressure.

DESIGNING SPECIFICATION FOR STEAM ACCUMULATOR

Accumulator is constructed in the form of cylindrical, horizontal steel tank type of the tanks are based on the customer requirement and application. Data required for Steam Accumulators are as fallows

Capacity

Flow rate

Temperature

Charging pressure

Discharging pressure

3mm Aluminium Fabrication is a non-ferrous metal as it didn't consist of iron and due to non-ferrous metal which is more difficult to do fabrication as well as TIG welding on it compare to ferrous metal. Aluminum needs three times more heating power than ferrous metal like stainless steel. Grinding and buffing on Aluminium is quite difficult as it becomes soft and sticky during the Fabrication process.

electronic drum level indicator is an advanced electronic water level monitoring system. an edli system includes multiple probes fitted to a water column and connected to an electronic unit, which is widely accepted as a reliable & maintenance free equipment. pressure parts available for applications upto 207 bar at 370c as standard. electronics available in various configurations and include type 201, type 202 and type 202b.

features

choice of 8 to 48 channels for various levels of visibility depending on site requirement

available for pressure rating upto 207 bar (3000psi) @ saturated temperature

dual power supply with 100% redundancy and power supply failure indication (ac/dc)

self diagnostic features to detect open-circuit/short-circuit/ probe contamination/ internal component/ ground failure

fully validated trip logic eliminates spurious trip

fully configurable multiple spco/dpco relay outputs with energized/de-energized and time delay output options

multiple remote display facility

opto-isolated dual 4-20ma analogue output

digital water level indicator in mm (optional)

available for hazardous zone (explosion proof) and super-critical application

approvals :

quality system accredited to iso 9001

design approval of pressure parts, operational and field testing of the system

third party inspection, testing and certification by approved international agencies

certification of explosion proof to international standard for use in hazardous area

operating principle

the technology uses resistivity discrimination between steam and water to provide indication

detection level is dependent on water purity and boiler operating conditions i.e. temperature and pressure of boiler

sensing element is a probe with an insulated tip inserted in a side-arm water column. voltage is applied to the tip: conduction occurs between the tip and the inside wall of the column

resistance 0.1m ohm indicates steam i.e. probe is in steam.

an electronic discrimination circuit is used to discriminate the probe resistance and generate the display logic accordingly

a vertical display of multiple green/red leds provide resolution for the water level indication

components:

water column

probe

electronic unit

remote display unit

probe cable

Industrial dehumidifier and Desiccant Dehumidifiers are used in many industrial applications where it is used to control dew point and relative humidity. With years of industrial experience FITZER is mastered in the manufacture and supply of Industrial Dehumidifiers. Each Industrial Dehumidifier at FITZER is custom engineered to meet different operating conditions.

Industrial Dehumidifiers are used in different industrial applications that help in corrosion prevention, Condensation protection, Moisture regain Prevention, Fungus prevention, Product Drying, Low Humidity etc.

How Dehumidifier Works

The Main function of the Industrial desiccant dehumidifier is to remove moisture content from the air in given atmosphere or in a given environment. This is accomplished by exposing the air to an adsorbing media (desiccant) in a sealed air stream (process). After the desiccant has adsorbed moisture, it is exposed to a second air stream at an elevated temperature (reactivation). This causes the moisture to be driven out of the desiccant preparing it for more moisture adsorption. This process is done on a continuous basis, providing a constant drying process. The two air streams (process and reactivation) are separated by seals, which contact the desiccant media. The functioning outline of this dehumidifier can be easily understandable from the Fig.1 The dehumidifier is designed with the two air streams flowing in opposite directions simultaneously thereby maximizing the energy efficiency of the equipment in terms of energy removal.The Desiccant used by Hygro Tech is non-toxic, non-flammable with maximum moisture removal capacity.

the studded fin tubeis manufactured by resistance welding of studs on the bare tubes.

the fins are manufactured by welding of the fin material which is essential a stud or rod welded at base to the tube by electrical resistance process.

the current is made to flow through the tube and the base of the studs. the studs are specifically made in shapes to facilitate the welding process. the stud; during the finning welding process is also mechanically pressed on the tube at the point of welding thence causing a very good mechanical bond. this type of fin tube find very good application in high pressure and high temperature applications. the mechanical bond is very strong and hence finds application in places where extreme mechanical load, stress is expected while during the process or cleaning etc.

these fin tubes find application in finned pipes, air coolers, and heat exchangers etc and are preferred in industries like petrochemical refineries, power plants, chemical industries, and steel plants etc.

we can supply material on urgent delivery basis because of large stock and relations with raw material suppliers. we use only prime quality base tube and fin stud material.

the stud fin tubes/stud fin pipes can be supplied with en 10204 en 3.1 and en 3.2 certifications. we can provide third party inspection from any reputed inspection agency.

Air washers are industrial cooling equipment used to maintain desired space temperature and humidity condition for comfort or process requirements.

Working of Air Washer:

In Air Washers air comes in direct contact with  water which is sprayed over cellulose pads .As the hot air come in contact with water , water evaporates and carries away heat of air in the process.  The outlet condition of air depends upon the difference between Dry bulb and wet bulb temperature of ambient air.

Air washer with improved efficiency:

FITZER - The manufacturer of air washer also provides innovated compact Air Washers with 3 or 4 side pads for more area coverage and better cooling efficiency.

Features

Single speed wired Remote controller with single phasing and overload protection.

Multi speed option with VFD to control air flow as per requirement.

Low running cost compared to Air Conditioners.

Rust free Stainless Steel Tanks.

AMCA Certified Centrifugal Blowers.

IE2 Efficiency, IP 55 Protected Electric Motors of Siemens /ABB/CG/Havells make.

Very Effective cooling in hot & dry climate areas.

Unique and non-clogging type water distribution system.

Auto water drain facility.

You will also get a gamut of added benefits of using them in any industrial area where proper cooling and ventilation is required to ensure comfortable working environment.

BENEFITS OF AIR WASHERS

Air washers reduces temperature upto 19 Deg C in Hot & Dry Climates.

Consumes upto 80% less electricity than refrigerated air conditioning.

Air washer Technology is Economic, natural & sustainable.

Air washer Improves indoor air quality by removing fumes & odours.

Evaporative cooling efficiency increases as temperature rises.

Delivers 100% fresh, filtered, healthy Natural air.

Submersible type water pump for continuous water supply.

No need to close doors & windows.

Improves productivity in industries through fresh, clean & cool air.

Low Capex & Opex.

Advantages of Air washers

Air washers has the advantage of being an hybrid appliance, a combination of an air purifier and a humidifier. Like conventional humidifiers, air washer adds therapeutic moisture to the air.

And, like a conventional air purifier, an air washer removes symptom-triggering allergens from the air. Therefore, they not only cool the air but have the capability of soothing your uncomfortable dry air symptoms and easing your allergies.

Fan Features

The fans are of international standard and are AMCA certified.

Centrifugal blower forward / backward curved as per static pressure requirements.

The fans are static and dynamically balanced.

Electric Motors

TEFC Squirrel Cage Induction Motor, IP 55 Protected VFD Compatible induction motor of Standard make

Siemens/CG/Havells /ABB etc.

Cooling Pads

High quality Evaporative Cooling Pads CELdek-Munters/ Hu-Tek / Eco-Cool make are used in Air washer for high saturation and

cooling efficiency upto 90%. The Cooling Pad of Air Washers  is made of cellulose ( Pulp ) sheet and available in 5 &  7mm flute sizes. The Cellulose Pad is cross-corrugated and coated with anti-rot, rigidifying and wetting agent.

The Steam/Water Analysis Systems (SWAS) are designed conform latest modern technology and has been continuously improved to keep the reability of your water steam analysis safe at all times and to protect your power plant from corrosion and scaling, suitable for power plant chemistry.

Steam and Water Analysis System (SWAS) are designed for continuous monitoring and control of water and steam purity in the boiler plant cycle and at other important analysis points. The SWAS sampling system shall obtain samples from steam and water pipelines which shall be adequately conditioned and flow through water analysers for continuous analysis and provide parallel facility for grab sampling.

The analyser outputs signals shall be used for continuous monitoring of various parameters like analysis of pH, Specific Conductivity, Cation Conductivity, Degassed Conductivity, Sodium, Silica, Dissolved Oxygen, Phosphate, Chlorides, TOC etc.

The assembly of multiple instruments in a shelter creates several economic advantages:

• Reliable / stable measurement
• A good working environment for monitoring and maintenance
• Lower maintenance costs
• Longer lifespan of the equipment, etc.
• In a lot of cases a walk-in shelter is a very good and durable solution.

e manufactures two types of closed circuit cooling tower and combined flow and counterflow coolingtower. Closed Circuit Cooling Tower are suitable for Thermal Power Plants. Closed Circuit cooling tower certain processes needs a closed loop, that's why the process water for cooling does not come in make contact with the full of atmosphere air. Closed loop type cooling is minimizes process fouling.

Types of Closed Circuit Cooling Tower

• Combined Flow
• Counter Flow

We may well include various percent of the cooling water from the available water resources to the closed circuit cooling system and we be able to decrease the cooling tower size.

Mixing ration means the percentage of the added water. If our mixing ratio is zero, it is called absolutely closed system. When the mixing ratio is 100%, it is called an open system.

Closed Circuit Cooling Tower Water Temperature

Closed Circuit Cooling Towers are accomplished of incoming fluid temperatures as high as 180ºF (82.2ºC), .

Closed Circuit Cooling Tower Design

Our Closed Circuit Cooling System gives completely rated thermal presentation, which also by yourself verified over special types of flow and high temperature requirements. Closed Circuit Cooling Towers are high effciency and water saving.

Hydraulic Oil Chiller is a cooling device that is used to execute the chilling effect in oil used in hydraulic machines or lubricating oils processing. Hydraulic machinery is installed with hydraulic oil that gets heated during processing. Hydraulic Oil Chiller protects the machine from damage by absorbing extra heat from oil by direct contact with oil for heat transfer at the heat exchanger. Hydraulic Oil Chiller configured with simple, rugged design with less number of moving parts ensuring efficient, durable performance of unit with a lower cost of maintenance.

Feature

• Cooling capacity ranges from 1.75kW to 35kW
• Temperature control ranges +15C to +50C
• Energy-efficient top branded compressor
• Air-Cooled, fin & tube type branded condenser
• Brazed Plate energy efficient Heat Exchanger
• High-pressure pump for oil & glycol solution
• Open-loop with media tank & low noise level
• Indoor and outdoor installation with protection

ibr approved safety valves - valve size: 25 x 50nb to 250 x 350nb

orifice size: g(20.0 mm) to v(181.o mm)

flanged end: upto class 600 stellited disc & nozzle

material: carbon steel, stainless steel & alloy

U Tube bundle Heat Exchanger can build "U" tube bundles, straight tube "floating" tube bundles, or we can retube fixed tubesheet heat exchangers when the bundles is not removable and multitherm is not locked into any one material. Heat-exchanger system consisting of a bundle of U tubes hairpin tubes surrounded by a shell outer vessel, one fluid flows through the tubes, and the other fluid flows through the shell, around tubes.Multitherm can duplicate any existing bundle to include dimensions, materials and performance.Some bundles tend to be build with copper tubes and steel tubesheets. U Tube bundle Heat Exchanger of each tube are connected to plenums (sometimes called water boxes) through holes in tubesheets. The tubes may be straight or bent in the shape of a U, called U-tubes.

Specifications :

• U Tube bundle Heat Exchanger which typically have U-tubes.
• U Tube bundle Heat Exchanger can be used to boil water recycled from a surface condenser into steam to drive a turbine to produce power.
• Most U Tube bundle Heat Exchanger are either 1, 2, or 4 pass designs on the tube side.
• This refers to the number of times the fluid in the tubes passes through the fluid in the shell.

Applications :

• U Tube bundle Heat Exchanger fluid goes in one end of each tube and out the other.Surface condensers in power plants are often 1-pass straight-tube heat exchangers see Surface condenser for diagram.
• U Tube bundle Heat Exchanger are two and four pass designs are common because the fluid can enter and exit on the same side. U Tube bundle Heat Exchanger construction much simpler.
• U Tube bundle Heat Exchanger are often baffles directing flow through the shell side so the fluid does not take a short cut through the shell side leaving ineffective low flow volumes.
• U Tube bundle Heat Exchanger are generally attached to the tube bundle rather than the shell in order that the bundle is still removable for maintenance. Counter current heat exchangers are most efficient and they allow the highest log mean temperature difference between the hot and cold streams.
• U Tube bundle Heat Exchanger companies however do not use single pass heat exchangers and they can break easily in addition to being more expensive to build.
• Often multiple heat exchangers can be used to simulate the counter current flow of a single large exchanger.

Advantages :

• The simple design of a shell & tube heat exchanger makes it ideal cooling solution for a wide variety of applications.
• One of the most common applications is the cooling of Hydraulic Fluid and oil in engines, transmissions and hydraulic power packs.
• With right choice of materials they can also be used to cool or heat other mediums,
• Particularly with models where a floating tube bundle (where the tube plates are not welded to the outer shell) is available. Can also be used on fixed tube sheet heat exchangers.

IBT is a system, which stores energy in the form of ICE.

It is applicable in Dairy Industry for quick process in short time with certain limit of power load.

Features:

• No need of civil & fabrication work at customer site
• Easy to lift & shift
• Energy efficient
• Better insulation

Advantages:

• Requires less connected power load
• The ice water intensively cools the product without any risk
• Power supply is not required once ice formation is completed
• No requirement of Cooling Tower and water supply (For Air-Cooled type)
• Wide capacity with storage tank upto 1, 00, 000 Ltr./33, 000 KG ice formation per day
• Cooling energy storage capacity upto 900 TR/Day

Features: Option-1

• Portable IBT
• No need of civil & fabrication work at customer site
• Easy to lift & shift
• Energy efficient
• Better insulation

Features: Option-2

• M.S. fabricated IBT at customer site with civil construction
• Customised IBT
• Energy efficient
• Better insulation

Advantages:

• Requires less connected power load
• The ice water intensively cools the product without any risk
• Power supply is not required once ice formation is completed
• Wide range of storage tank
• Cooling energy storage

Thermal Energy Storage System (CWTES). This system utilizes only the sensible heat of water for cooling energy storage in a chilled water storage tank and discharges the stored coldness for air-conditioning during the on-peak time.

The key technology of CWStorage system is the diffuser design which ensures thermal stratification of chilled water and warm water by density difference. FTEnE’s technology is the state of the art technology which is recommended in ASHRAE’s design guide. They have a long history of installation around the world including U.S.A.,  Japan, Korea and middle-east Asia.

Some key features of Chilled Water-Thermal Energy Storage Cooling:

Lowest initial investment cost

30-40% energy saving by utilizing conventional chillers whose

Efficiency is higher than low temperature chillers

Simple system with easy controls without additional heat

Light in weight compared to Si-Br.

Exchangers and less equipment

Efficiency of discharging coldness is very high

Easy to convert conventional system into CWTES system by

Adding only chilled water storage tank

Convertible to heating purposes

Environmentally friendly system free from brine

Storage water can be utilized for fire-fighting in emergency

A thermic fluid heating system generally used in a system where the pressure is not desired in a process and temperature requirement is higher and using the boiler for high-temperature services may increase the cost of a project.

Thermal Fluid Heaters can improve process consistency and reduce downtime leading to a further increase in profitability.

Industrial Applications of Thermic Fluid Heaters

Thermic fluid systems can be used to generate heat in various process industries, such as:-

• Food processing industries
• Rubber and plastics industries
• Publishing and print industries
• Metal fabrication and finishing plants
• Paper industries
• Textile industries
• Natural gas processing plants
• Crude oil extraction and processing industries.
• Chemical Industries
• Plywood and Laminates
• Confectionery

Advantages of Thermic Fluid Heaters

• High Capacity Heating System
• Fully automatic unit – Maintains the desired temperature of the thermic fluid
• High System Efficiency – Reduced operating cost.
• Best applicable for High-Temperature Heating
• Can attain temperatures upto 300 o C
• Minimum site work and ease of installation
• Can operate on the variety of fuels as per local availability
• Failsafe design and dependable safety instruments
• Rugged design and superior construction
• High flow rate ensures the higher life of thermic fluid and heater coil
• Backed by prompt and efficient after sales service
• Deaerator/Expansion Tank Integral Arrangement type

Introduction to air-cooled heat exchangers

Water shortage and increasing costs, together with more recent concerns about water pollution and cooling tower plumes, have greatly reduced industry's use of water cooled heat exchangers. Consequently, when further heat integration within the plant is not possible, it is now usual to reject heat directly to the atmosphere, and a large proportion of the process cooling in refineries and chemical plants takes place in Air Cooled Heat Exchangers (AC-HEs).

There is also increasing use of Air Cooled Condensers for power stations. The basic principles are the same but these are specialized items and are normally configured as an A-frame or "roof type". These condensers may be very large-the condensers for a 4000 MW power station in South Africa have over 2300 tube bundles, 288 fans each 9.1 m in diameter and a total plot area 500 m X 70 m.

AC-HEs for process plants are normally just called Aircoolers, but should not be confused with devices for cooling air (best described as Air Chillers).

The design of an AC-HE is more complex than for a Shell and Tube Heat Exchanger, as there are many more components and variables.

The structure of an AC-HE is painted or galvanized, depending on customer specification. However, the costs are roughly the same if a multiple coat paint system is specified. Often the painted units are more expensive. There seems to be a trend toward more galvanized structures because they require virtually no maintenance. Painted structures require touch-up after installation and they often rust anyway.

Air-cooled heat exchangers are used extensively throughout the oil and gas industry, from upstream production to refineries and petrochemical plants, under high pressure and high temperature conditions, as well as corrosive fluids and environments.

TPC-AS is a vertical fired, coil type Hot Water Boiler designed for operation with water at high pressure and temperature. The concentric coils, flame reversal combustion chamber and three full gas pass configuration ensures high efficiency and very safe and simple operation.

TPC-AS is fitted with a Babcock Wanson burner specifically developed for this duty and perfectly matched to the combustion chamber for high efficiency, low emission operation. Burner control can be simple two stage or fully modulating control depending on the process requirements.

High Efficiency Coil Type Hot Water Boiler

• The TPC-AS configuration with large heat exchange surface and integral combustion air preheater ensures a thermal efficiency of up to 90% in standard form.
• TPC-AS includes an integral, air cooled outer case that acts as a combustion air pre-heater/economiser. This design also provides for efficient insulation of the boiler shell.

Robust Equipment

• The TPC-AS Hot Water Boiler is robustly built for long life and reliable operation.
• Test pressure up to 25 barg and water operating temperature up to 220°C.
• The TPC-AS configuration ensures safe, simple operation in the most demanding of environments.

Simple Reliable Operation

• TPC-AS includes an integral monobloc burner, combustion and system controls and standard safety equipment, all mounted and pre-wired.
• The TPC-AS Hot Water Boiler is delivered to site ready for connection to the fuel system, electrical power, chimney and water system for fast site installation.
• Refractory within the combustion chamber has been reduced to a minimum for long life and simple maintenance.

Environmentally Friendly

• Babcock Wanson burners have been designed to meet all normal environment standards. They optimise fuel consumption and are easy to maintain.
• Flue gas emissions in accordance with European regulations.

Full Range of Ancillary Equipment

• System design and project management
• System ancillaries and heat exchangers
• Installation and piping service
• Supply and Commissioning

WASTE HEAT RECOVERY is a process of recovering ENERGY from waste process outputs. These are custom built equipment or systems designed as per the waste heat available and the process heat load. 

• These are custom built equipment as per the type waste heat available and the process heat requirements. A detailed study of the client's system is required. 

• These systems can be designed to recover waste heat from high temperature flue gases of furnaces , DG sets, boilers or any other heat source.

• The waste heat recovery can be designed in shell and tube type or water tube type design based on the operating pressure of the system. 

SMOKE TUBE TYPE WASTE HEAT RECOVERY SYSTEMS : 

• Package type boilers is an internal furnace Boiler with a three pass, fully wet back & smoke tube type design. The fuel is charged through a charging door to keep the fire going. Package type is designed to provide low cost heating with minimum operational complexity. 

• Due to proper shell or steam drum diameters, steam volume is more & hence better steam quality. 

• Steam Quality is better as Properly Designed Drum Internals are Provided. 

• Provided with accessories like Economiser, Deaerator Tank etc. as per requirement for better performance of the Waste Heat Boiler. 

• Capacity and Working Pressure of the Waste Heat Recovery is considered as per Customers requirement. 

• Heat Exchangers and Waste Heat Recovery Boilers are especially made as per codes like IBR 1950 with its Latest Amendments/TEMA etc. 

Fundamental Working and Purpose of Heat Exchanger

The heat exchanger is a system that helps transfer the heat into two or more fluids. Heat exchangers have their applications in both the heating and cooling processes. The fluids in the heat exchangers are kept separate with a solid wall in between them. One fluid's heat passes across the metal used to keep both of the fluids separate, and the heated metal then increases the other fluid's temperature. High turbulence, high fluid velocity, significant temperature differential, and high surface area; all these factors immensely contribute to efficient heat transfer. However, different designs can get tested for even better heat transfer, which prompted us to build Box Type Heat transfer that offers an improved heat transfer compared to the shell and tube type heat exchanger.

DESIGNFEATURE

Our highly dedicated and devoted team of professionals enables us to manufacture and supply a wide assortment of Hot Air Generator.
Features:

• Modular design for easy transport & installation
• A fully safe & covered body designed to prevent dust
• Operated by Single / Three phase electric motor

Specifications:

• Fuel: Solid fuel fired, Oil & Gas fuel-fired
• Product Name: Hot Air Generator
• Condition: New

Milk could be the most widely consumed food in the world. Dairy plants across the world are working towards meeting this kind of demand adopting new technology and looking for new ways to boost their productivity. The experts atFITZER INCORPORATIONhave always emphasised the importance of an innovative approach to equip its clients with world-class machinery and equipment. It has made us one of the most reliableDairy Processing Plant ManufacturersMilk Processing Plantcontains equipment meant for storing the milk as well as for performing tasks like separating, pasteurizing and homogenizing.

Why Our Dairy Processing Plants?

• Excellent Quality- Milk processed with our plants is of excellent quality as it kills all pathogenic micro-organisms present in the raw milk.
• Increased Shelf Life- Processing the milk using these plants increases its shelf-life and you preserve it for several days before it becomes unsuitable for usage.
• Customization- We offer the option of customization to suit your specific requirements as the machinery and assembling can differ depending upon the intended usage of milk.

We are one of the topmost Dairy Milk Plant Exporters and Suppliers In India. Our Dairy Plant can be installed within very reasonable costs. Call right now to know in details.

Air Blast and Adiabatic Coolers for sealed water cooling systems and reducing maintenance costs on both the cooler and the equipment it serves with the added benefit of reducing health and safety issues created by the operation of evaporative cooling towers. Units are available from 5 Kw upwards.

Features :

• - Chemical water treatment not required.
• - Cleaning and chlorination not required.
• - Sealed system, no contamination of the water algie does not grow.
• - Water losses through evaporation is eliminated.
• - Low operating noise levels.
• - Low operating costs.
• - Minimal plan area
• - Unsightly plumes of water vapor coming from your cooling equipment is stopped.

Construction Options :

• Tubes : Copper, M.S or stainless steel
• Fins : Aluminium, copper, G.I or stainless steel
• Fans : Axial type at variable speeds to unit customer requirements
• Casework : Galvanized steel, external painting, aluminium or stainless steel

An evaporative condenser is a condenser integrated into a cooling tower which rejects the latent heat of condensation of refrigerant (Ammonia/Freon) through a coil to the surroundings by means of evaporation.Water sprayed onto the coil exchanges heat with the refrigerant. A small quantity of water is evaporated into the air thereby cooling the remaining water cascading to the basin at the bottom. Post evaporation the saturated air passes through the drift eliminators and then forced out using a fan.

Construction And Working Of Evaporative Condenser :

In evaporative condensers, both air and water are used to extract heat from the condensing refrigerant. Figure shows the schematic of an evaporative condenser. Evaporative condensers combine the features of a cooling tower and water-cooled condenser in a single unit. In these condensers,  the water is sprayed from top part on a bank of tubes carrying the refrigerant and air is induced upwards. There is a thin water film around the condenser tubes from which evaporative cooling takes place. The heat transfer coefficient for evaporative cooling is very large. Hence, the refrigeration system can be operated at low condensing temperatures (about 11 to 13 K above the wet bulb temperature of air). The water spray counter current to the airflow acts as cooling tower. The role of air is primarily to increase the rate of evaporation of water. The required air flow rates are in the range of 350 to 500 m3/h per TR of refrigeration capacity.

Immersion Heaters, These heaters are available in wide selection of rates, sizes and sheath materials suitable for the heating requirements of oil, water, and Chemical. Moisture resistant and explosion proof models are also available. All immersion heaters we offer you, including heaters for hazardous locations.

Features:

• Sheath Material starting from SS304, 321 COPPER, SS 316.
• MGO Insulation.
• Precisely design with uniform heat distribution.
• High Strength.
• CUSTOMIZED SIZE & DESIGN
• Brass as well M.S. & SS flanges IS available.
• Silver Brazing.

Industries & Applications:

• Radiant Heating
• Dies and Manifolds.
• Immersion Heating.
• Solar.
• To Heat Up water in any Industries.
• Textile Industries.

Cryogenic storage tank for Liquid Oxygen, Nitrogen, Argon, CO2 Turnkey Project.

we propose a great variety of standard to custom engineered cryogenic tanks ranging from 3, 000L to 160, 000L (800 Gal. to 43, 000 Gal.), in vertical and/or horizontal position, from 7 bar to 37 bar nominal pressure.

With our extensive range of high performance tanks, all efforts are made to accompany our customers throughout their project and to reduce maintenance thanks to our robust design while improving the safety of their operations.

We offer a full spectrum of standard and customized solutions for liquefied gas storage such as LH2, LIN, LOX, LAR, CO2, N20 and LNG.

Leveraging on rich expertise and advanced manufacturing facility, we are counted as one of the reckoned manufacturers and exporters of Paddy Dryer Heat Exchanger. Quality is our prime focus, hence we source tested quality materials from authentic vendors to manufacture these heat exchangers as per industrial standards. Finds application in chemical, oil and refinery plants, our Paddy Dryer Heat Exchanger is demanded among our clients for its impeccable performance, easy installation and rust proof finish.

 Features of Paddy Dryer Heat Exchanger :

• Uniform and reliable heat transfer
• Rust proof body
• Hassle free installation

Our company is engaged in manufacturing and supplying high quality dairy milk processing plant that requires less maintenance and can be installed easily. It is used in the processing of milk and is fabricated using premium quality components and advanced technology inline with the defined industry standards. The offered machine is available in various technical specifications to meet the diverse needs of the clients. We offer this dairy milk processing plant at industry leading prices. Features: high strength sturdiness smooth operation high performance we offer milk processing plant with automation systems and services that range from 100lph to 1000lph. The provision of electronic process control up to integrated, complete with the corresponding management information systems. Only the latest industrial standards are used for all automation projects.in this respect batch processes are automated in accordance with an essential factor for a transparent, traceable production. To adapt existing production plants to new generations of automation systems (e.g. When replacing the visualization system or upgrading from s5 to s7) migration strategies will be developed for you that allow safe conversion while production continues to run.

Hopper is a container for a loose bulk material typically one that tapers downward and is able to discharge its contents at the bottom. We are specialized in the custom fabrication of Stainless Steel hopper for pharmaceutical, packaging and food-processing machinery components as per customer drawing, specification and need. We fabricate SS hopper using finer quality, physically and chemically lab tested material from well acknowledged manufactures and dealers. We inspect the quality of hopper at various stages of production and finally deliver the premium quality hopper to our customers.