Feedwater Heaters

Owing to our proficiency in this domain, we are providing our clients an optimum range of Feedwater Heater. Features: Long service lifeQuality-testedFlawless finish

Feed Water Heaters are used for heating the Boiler Feed water using the Intermediate/High pressure steam from the LP/HP stages of steam turbine Precision s Feed Water Heaters are designed taking into account the three heat transfer zones namely de-superheating, condensing and sub-cooling. At Precision manufacturing of the heaters are at ease due to the availability of BTA drilling machine for drilling tube sheets thickness as high as 500 mm

The needs of the power generation industry include year-in and year out reliabity, optimum performance for maximum efficiency, and absolute on-time delivery to meet plant outage schedules.All of Mazda feed water heaters are designed in accordance with HEI standards, TEMA and ASME section VIII code. Mazda uses state-of the art computer programs to perform the thermal-hydraulic and mechanical design of each feedwater heater we fabricate.Mazda designs and manufactures both low pressure and high pressure feed water heaters which may be installed either vertically or horizontally , depending on the plant design requirements.Each Mazda Feed water heater will contain from one to three separate heat transfer areas of zones including the condensing, desuperheating and sub-cooling zones. Economics of design and particular performance needs of your plant will determine the design parameters of your feed water heaters from Mazda.Mazda s engineers are always available to assist you in determining those design parameters and how they will impact performance in your power plant. Call today to experience the unique performance difference of Mazda. From engineering to manufacturing to installation to longer and more reliable service life from your feed water heater,Mazda understand the unique needs of the power generation industry and provides it feed water heaters that withstand years of rigorous service.All shell and tube heat exchangers, irrespective of the type of service for which they were designed, must withstand severe service conditions. The service life of feedwater heaters, however, is one of the toughest because of the longevity and reliability factors inherent in power plant equipment designs.Mazda thorough understanding of these factors enhances its ability to communicate clearly with power design engineers . Mazda designs enable power engineers to anticipate maximum efficiency from the turbine extraction steam in preheating the boiler feedwater.Mazda Feed water heaters are designed for specific thermal conditions and manufactured for a singular purpose. Whether it be sophisticated designs involving extreme superheat, abnormal flow conditions or dissipation of high energy fluids. In addition , Mazda provides innovative and practical concepts to ensure peak heater performance from installation to testing through full or part-load operation.We offer a multitude of design configurations for desuperheater and drains cooler zones as well as the latest in channel closure techniques.Mazda has been melting the needs to the power generation industry for more than two decades. Mazda s quality makes the company the most respected supplier of heat transfer equipment in India .Mazda also produces Steam surface condensers , Steam Jet Air Ejector (SJAE) System, exhaust steam and dump condensers, header type high pressure feedwater heaters, Gland Steam Condenser System, Turbine Bypass Valve, Steam Desuperheater, Pressure Reducing and Desuperheating Station (PRDS) systems, Safety valves and Pressure Reducing Valves , Shell and tube heat exchangers, deaerators.Mazda is one of the few companies capable of supplying the total range of heat transfer equipment needs to the power generation industry.

We are placed among the remarkable organization occupied in manufacturing and supplying an extensive assortment of Feed Water Heaters. These are made of shell and tube non-IBR heat exchanger those are located in downstream of boiler. Our offered heater is able to enhance the thermal efficiency with extra heat recovery from fuel gases. Provided heater can also be retrofitted after conducting the reviewing of existing ID fan. The provided heater is known for the features like power efficiency, durability, high functionality and superb performance.

A feed water heater is a shell-and-tube heat exchanger. Gei designs and manufactures both low pressure heater and high pressure heaters which serves power plant up to 150mw rating. Feed water heater may be constructed suitably for horizontal or vertical installation, depending on the plant design requirement. The physical and thermal characteristics are vastly different for low and high pressure feed water heaters. Each feed water will contain from one to three separate heat transfer areas or zones including the de-superheating, condensing and sub-cooling zones. We offer admiralty brass / stainless steel tubes lp-heater and stainless steel tubed hp-heaters. feed water heater are designed as per the stringent requirement of international standards like asme boiler and pressure vessel code, hei standard for closed feed water heater, tema and ibr, as applicable.

A high pressure (HP) feed water heater is a crucial component in thermal power plants, acting as a shell-and-tube heat exchanger that preheats boiler feed water using steam extracted from high-pressure stages of the steam turbine. This regenerative process significantly improves the plant's overall thermodynamic efficiency and reduces fuel consumption.

The needs of the power generation industry include year-in and year out reliabity, optimum performance for maximum efficiency, and absolute on-time delivery to meet plant outage schedules. All of Mazda Feed Water Heaters are designed in accordance with HEI standards, TEMA and ASME section VIII code. Mazda uses state-of the art computer programs to perform the thermal-hydraulic and mechanical design of each feedwater heater we fabricate. Mazda designs and manufactures both low pressure and high pressure feed water heaters which may be installed either vertically or horizontally, depending on the plant design requirements. Each Mazda Feed water heater will contain from one to three separate heat transfer areas of zones including the condensing, desuper heating and sub-cooling zones. Economics of design and particular performance needs of your plant will determine the design parameters of your feed water heaters from Mazda. Mazda s engineers are always available to assist you in determining those design parameters and how they will impact performance in your power plant. Call today to experience the unique performance difference of Mazda. From engineering to manufacturing to installation to longer and more reliable service life from your feed water heater, Mazda understand the unique needs of the power generation industry and provides it feed water heaters that withstand years of rigorous service. All shell and tube heat exchangers, irrespective of the type of service for which they were designed, must withstand severe service conditions. The service life of feedwater heaters, however, is one of the toughest because of the longevity and reliability factors inherent in power plant equipment designs. Mazda thorough understanding of these factors enhances its ability to communicate clearly with power design engineers . Mazda designs enable power engineers to anticipate maximum efficiency from the turbine extraction steam in preheating the boiler feedwater. Mazda Feed water heaters are designed for specific thermal conditions and manufactured for a singular purpose. Whether it be sophisticated designs involving extreme superheat, abnormal flow conditions or dissipation of high energy fluids. In addition, Mazda provides innovative and practical concepts to ensure peak heater performance from installation to testing through full or part-load operation. We offer a multitude of design configurations for desuperheater and drains cooler zones as well as the latest in channel closure techniques. Mazda has been melting the needs to the power generation industry for more than two decades. Mazda s quality makes the company the most respected supplier of heat transfer equipment in India. Mazda also produces Steam surface condensers, Steam Jet Air Ejector (SJAE) System, exhaust steam and dump condensers, header type high pressure feedwater heaters, Gland Steam Condenser System, Turbine Bypass Valve, Steam Desuperheater, Pressure Reducing and Desuperheating Station (PRDS) systems, Safety valves and Pressure Reducing Valves, Shell and tube heat exchangers, deaerators. Mazda is one of the few companies capable of supplying the total range of heat transfer equipment needs to the power generation industry.

Knowtech Infra Solution is a reliable provider of advanced solar and water heating solutions for residential, commercial, and industrial applications. We specialize in a wide range of solar water heaters, heat pump and air source water heaters, industrial water heating systems, and solar power plants. Our offerings include ETC and FPC solar water heaters, pressurized and split systems, solar pool heaters, rooftop solar solutions, on-grid and off-grid solar power systems, and solar home systems. We deal in reputed brands such as AO Smith, Racold, V-Guard, Tata, Waaree, Supreme, Hindware, Ferroli, and more, ensuring energy efficiency, durability, and cost-effective performance.

Feed Water Heaters

15 mw, Lokmangalsugar

The Perfect Engineers Centrifugal De aeration systems are designed for de aeration of semi-solid materials, viscous slurries, and liquid emulsions. In short, any material that can be pumped is capable of being de aerated to a high degree in short interval. These are installed on line to production line. Examples of materials that can be De aerated:Greases, Emulsions, Inks and paints, Pharmaceutical formulations, Construction Chemicals, Paper and Textile Chemicals, Dyestuff and Pigment Emulsions, and many more materials of similar consistency. Working Principle: Removal of entrapped air is a definite step in chemical processing especially in grease type semi-solid, viscous products. We provide on line, state-of-the-art Japanese technology based centrifugal de-aeration system to solve the problem.This gives extra-ordinary shine and toughness to the product besides increase in shelf life by limiting degree of oxidation.The system is based on vacuum application and available in a range of capacities up to 2-4MT/Hour and backed up with a double stage, oil cooled, high-level rotary vacuum pump having independent drive motor.

We are a leader in offering a best quality of Low Pressure Feed Water Heater (140 MW) to our clients. Our this item is prepared by using best quality of materials, for long lasting strength and durability. And also these can be avail at market leading rates.

H.P. (High pressure) heater is installed after Boiler feed pump and it heats the feed water by exchanging heat with the steam that is extracted from the H.P. Turbine from different stages at different pressure. Temasme is capable of supplying HP feedwater heaters complete of thermal and mechanical design, manufacturing, site erection, commissioning and start-up. Design features ensure high reliability and availability associated with long term life and low maintenance. Independent desuperheating zone closures. Baffle configuration and spacing based on conservative mass and linear velocity criteria. Fully enclosed self-venting drains sub-cooling zone. Liberal sub-cooling zone entrance areas to permit low approach velocities which prevent flashing of saturated drains. Internal, centrally located venting arrangement to provide means of continuously venting condensing zone. Channel cover configurations for all nozzle layouts. Stainless steel impingement plates. Fully automated tube-to tubesheet welding procedures both for channel ride and shell ride. Finite element stress and vibration analysis for all operating conditions. Analysis of a single heater and of a feedwater stream behaviour in all operating conditions.

The needs of the power generation industry include year-in and year-out reliability, optimum performance for maximum efficiency, and absolute on-time delivery to meet plant outage schedules. JET FLOW Feed water heaters are designed for specific thermal conditions and manufactured for a singular purpose. Whether it be sophisticated designs involving extreme superheat, abnormal flow conditions or dissipation of high energy fluids. in addition, JET FLOW provides innovative and practical concepts to ensure peak heater performance from installation to testing through full or part-load operation We offer a multitude of design configurations for desuperheater and drains cooler zones as well as the latest in channel closure techniques. All of JET FLOW feedwater heaters are designed in accordance with HEI Standards, TEMA and ASME Section VIII Code. JET FLOW uses state-of-the art computer programs to perform the thermal-hydraulic and mechanical design of each feedwater heater we fabricate. JET FLOW designs and manufactures both low pressure and high pressure feed water heaters which may be installed either vertically or horizontally, depending on the plant design requirements. Each JET FLOW Feed water heater will contain from one to three separate heat transfer are as of zones including the condensing, desuperheating and sub-cooling zones. Economics of design and particular performance needs of your plant will determine the design parameters for your feed water heaters from JET FLOW. JET FLOW s engineers are always available to assist you in determining those design parameters and how they will impact performance in your power plant. Call today to experience the unique performance difference of JET FLOW.

A surface condenser is commonly used for a water-cooled shell and tube heat exchanger installed on the exhaust steam from a steam turbine in power stations which convert steam from its gaseous to its liquid state at a pressure below atmospheric pressure. A feed water heater is used to pre-heat water delivered to a steam generating boiler. Preheating the feedwater reduces the irreversibilities involved in steam generation and therefore improves the thermodynamic efficiency of the system and reduces plant operating costs.Feedwater heaters are typically shell and tube heat exchangers where the feed water passes throughout the tubes and is heated by turbine extraction steam. Feed water heater contains one to three separate heater transfer zone as desuperheating, condensing and sub cooling. Indiana is having experience of manufacturing of shell tube heat exchanger items ( shell, water boxes, assembly of shell for transformer oil cooler OFWF, LP Heater etc.

HP Feed Water Heater

Deaerators & Feed water heaters

Parallel Feedwater Heaters

H.P. Feed Water Heaters

Feed Water Heater