Volfram Systems

With day by day rising costs of fuel & in turn utility cost, recovering the waste energy is a basic need of any process industry. We offer complete customized package solution to recover energy from various waste heat sources in process plants. In any process plant there are many heat sources available which are going to drain/ETP from which substantial amount of energy can be recovered like: Hot contaminated steam condensate, Vent Steam, Dye liquor from the textile process, Process drain hot water, Boiler Blowdown water & many more…. Benefits of Thermocompressor : Savings of substantial amount of Steam/Fuel. Reduced load on ETP as lower temperature effluent going to ETP. Reduced batch timings as in some cases hot water from the heat recovery system is used as input to the process thermocompressor . Boiler steam output increases as in some cases hot water from the heat recovery system is used as input to boiler feed water tank.

With day by day rising costs of fuel & in turn utility cost, recovering the waste energy is a basic need of any process industry. We offer complete customized package solution to recover energy from various waste heat sources in process plants. In any process plant there are many heat sources available which are going to drain/ETP from which substantial amount of energy can be recovered like: Hot contaminated steam condensate, Vent Steam, Dye liquor from the textile process, Process drain hot water, Boiler Blowdown water & many more…. Benefits of TDS Control System : Savings of substantial amount of Steam/Fuel. Reduced load on ETP as lower temperature effluent going to ETP. Reduced batch timings as in some cases hot water from the heat recovery system is used as input to the process. Boiler steam output increases as in some cases hot water from the heat recovery system is used as input to boiler feed water tank.

VOLFRAM offers The ph6000 series provides reliable, flexible and powerful control for your water treatment program. Features of pH Control System : Large touchscreen display with icon-based programming makes setup easy Universal sensor input provides extraordinary flexibility: pH Control System the same controller can be used with almost any type of sensor needed Combination Sensor Input and Analog Input board that add even more flexibility lead/lag control of up to 6 relays Optional dual analog (4-20 mA) input for Fluorometers or nearly any other process value Multiple language support allows simple setup no matter where your business takes you Six control outputs allow the controller to be used in more applications Economical wall-mount package for easy installation On-screen and web page graphing of sensor values and control output status Two Virtual Inputs that are calculated from two real inputs (cycles of concentration, % rejection, etc,) Complete flexibility in t

Waste Heat Recovery Systems With day by day rising costs of fuel & in turn utility cost, recovering the waste energy is a basic need of any process industry. We offer complete customized package solution to recover energy from various waste heat sources in process plants. In any process plant there are many heat sources available which are going to drain/ETP from which substantial amount of energy can be recovered like: Hot contaminated steam condensate, Vent Steam, Dye liquor from the textile process, Process drain hot water, Boiler Blowdown water & many more…. Benefits of Waste Heat Recovery Systems : Savings of substantial amount of Steam/Fuel. Reduced load on ETP as lower temperature effluent going to ETP. Reduced batch timings as in some cases hot water from the heat recovery system is used as input to the process. Boiler steam output increases as in some cases hot water from the heat recovery system is used as input to boiler feed water tank.

The Volfram Tubular Heat Exchanger is used majorly in food and beverage industry for chilling, heating as well as pasteurization application. The combination of straight as well as corrugated Tubular Heat Exchanger is used which gives the optimum efficiency and maximum output. Features of Tubular Heat Exchanger: Every tubular heat exchanger is designed and customized based on the product used, its density, specific heat, thermal conductivity, and viscosity. The complete heat exchanger module customized design offers easy dismantling and assembly. Every heat exchanger module is designed to suit the site conditions for installation. The hygienic design of tubular heat exchanger ensures the food safety norms. The material of Construction: Shell Side: SS 304 (Media) Tube Side: SS 316 (Product) Frame: SS 304 Note: MOCs can be changed based on Application and user requirement.

Introduction: A shell and tube heat exchanger is a class of heat exchanger designs. It is the most common type of heat exchanger in oil refineries and other large chemical processes and is suited for higher-pressure applications. As its name implies, this type of heat exchanger consists of a shell (a large pressure vessel) with a bundle of tubes inside it. One fluid runs through the tubes, and another fluid flows over the tubes (through the shell) to transfer heat between the two fluids. The set of tubes is called a tube bundle and may be composed of several types of tubes: plain, longitudinally finned, etc. Volfram offers Shell and Tube Heat Exchangers with Smooth Tubes and Corrugated Tube through its fixed sized ranges and customized ranges of heat exchangers for applications such as preheaters, hot water generators, and condensers, reboilers. The heat exchangers are designed on the basis of our extensive thermal and mechanical experience acquired over the period of time throu

We offer the complete solution to ensure that the condensate recovered to the boiler is pure & does not contain any contamination. The system monitors as well as takes necessary action to prevent contaminated condensate to get into the boiler feed tank. In many process industries, hot condensate is being drained due to the fear of Contamination as Contaminated Condensate is not recommended to be returned to the Boiler. But if we can monitor the quality of condensate returned to the boiler online continuously & divert the same if necessary then we can save: Fuel by feeding the boiler with hot condensate Fresh Water charges & its chemical treatment cost as we are recycling the condensate Feeding pure form of water to the boiler which will lower the blowdown rate This will reduce the load on the ETP

Condensate Recovery pump Significant amounts of energy and resources can be saved by setting up a system to quickly recover and reuse Condensate Recovery Pump & Flash Steam. In an indirect heating process, only 80% of the steam energy is used for heating & 20% energy comes out in the form of Condensate. We offer the most energy efficient Condensate Recovery pump for recovering this energy. Features of Condensate Recovery Pump: Uses inexpensive steam, air or gas to pump the condensate Negligible steam consumption Zero Maintenance, no cavitations, no leaking seals, impeller wear or motor problems Only one moving part (SS float) increases reliability Superior build quality and rugged construction Pre-wired, pre-piped packaged Skid Mounted for easy installation Widest range of steam-operated pumps Skid Mounted Unit which is easy to install

Condensate Recovery System Significant amounts of energy and resources can be saved by setting up a system to quickly recover and reuse Condensate Recovery System & Flash Steam. In an indirect heating process, only 80% of the steam energy is used for heating & 20% energy comes out in the form of Condensate. We offer the most energy efficient Condensate Recovery System for recovering this energy. Unique Feature of Condensate Recovery System: Inbuilt Digital Condensate flows totalizer with Pump's pumping/Filling mode indicator & reset facility. Steam Operated Pump with Mechanical internals also Available.

In a closed system of steam & condensate, it is very difficult to check whether the steam traps are working or not. The sight glass is a tool for the user for the monitoring of the performance of the equipment. Application: Used for Indication of the flow, so as to detect the blockage of the flow Inspecting the performance of the equipment, whether any leakage of the vapors or live steam No moving parts so maintenance free Double window glass gives ease of inspection Available with CS body which has higher working life Available Sizes : 15NB, 25NB, 40NB, 50NB.

It is very important to supply dry steam to the equipment. Moisture separator installed at the inlet of the pressure reducing station ensures maximum Moisture Separator removal from the steam. It reduces wet steam Long working life of equipment as reduced water hammering Reduced erosion & corrosion in the steam system Reduced pipe & heating surface scaling Other Applications : At the inlet of the Critical equipment in steam lines like Steam flow meter Moisture Separator, Control valves, an inlet of critical process equipment etc. Available Sizes : From 15 NB to 200 NB.

The Samson make Type 41-23 self-operated universal pressure reducing regulator is a standard size regulator (1/2" - 4") designed to work in all general industrial applications. A pressure reducing valve is used for controlling the downstream pressure (p2) to an adjusted set point. The design of a pressure reducing regulator valve is to close when the downstream pressure rises above a set value. These valves are self-operated in that the downstream pressure being controlled is tapped downstream of the Pressure Reducing Valve and transmitted via a control line to the operating diaphragm of the Type 41-23 where it is converted into a positioning force. Special features of Pressure Reducing Valve :  Low-maintenance proportional regulators requiring no auxiliary energy Frictionless plug stem seal with stainless steel bellows Control line kit available for tapping the pressure directly at the valve body Wide setpoint range and convenient set point adjustment using a

VOLFRAM offers high-quality Bourdon tube pressure gauges with complete stainless steel body and internals for accurate measurement of pressures, suitable for various media applications. Application: For gaseous and liquid aggressive media that are not highly viscous or crystallizing, also in aggressive ambiance CDA (clean dry air) applications The indication of failure alarm on gas cylinders Machine building and general plant construction Pressure Gauges are most commonly used on media like Steam, Water, Hot Oil, and Compressed Air. Features of Pressure Gauges : All stainless steel (Ss316) construction Cost-effective and reliable Highly Robust and Accurate Design as per EN 837-1

Volfram provides the complete range of customized Temperature control solutions and control valves which can fulfill the needs of various process requirements. In a process plant, there are requirements of different temperatures at different processes. It is very important to control & maintain the temperatures as specified in order to:  Reduce the rejections of the products Maintain the quality of the products Also, each degree of overheating of the product results in the wastage of steam/energy. PID Based Temperature Transmitter Temperature Transmitter For very precise temperature control we offer PID Based Temperature Transmitter. This consists of the pneumatically operated Control valve with electro-pneumatic positioner, temperature sensor & controller. This system maintains the temperature within a band of +0.5˚ C.

VOLFRAM The model A-10 Pressure Transmitter sensor for general industrial application is not only notable for its compact design, but it also offers excellent quality at an extremely competitive price. The user can choose between a non-linearity of 0.25% and 0.5 %. A free test protocol provides information on the measuring points recorded during manufacture. Special features of Pressure Transmitter:  Measuring ranges from 0 ... 0.05 to 0 ... 1, 000 bar Non-linearity 0.25 % or 0.5 % Output 4 ... 20 mA, DC 0 ... 10 V, DC 0 ... 5 V and others Electrical connection: Angular connector from A and C, circular connector M12*1, cable outlet 2 m Process connection G 1/4 A DIN 3852-E,1/4 NPT and others Application of Pressure Transmitter:  Machine building Shipbuilding Measurement and control technology Hydraulics and pneumatics Pumps and compressors

Temperature Control System Volfram provides the complete range of customized temperature control solutions and control valves which can fulfill the needs of various process requirements. In a process plant, there are requirements of different temperatures at different processes. It is very important to control & maintain the temperatures as specified in order to:  Reduce the rejections of the products Maintain the quality of the products Also, each degree of overheating of the product results in the wastage of steam/energy. Self Operated Temperature Control System Self Operated Temperature Control System This consists of completely mechanical & robust self-operated temperature control systems which can easily maintain the temperature within a band of +/- 2˚ C. The system is very easy to install, commission, maintenance free. The unique feature of this system is that it doesn’t require electrical or pneumatic connection to operate, thus it is intrinsicall

VOLFRAM offers Globe Control Valve for Steam and Compressed Air. Nominal valve sizes ½” to 10” (15 to 250 mm) Pressure rating ANSI Class 125 to 300 Temperatures − 320 °F to +800 °F (− 196 °C to +427 °C) The control valves consist of a body with trim, bonnet and pneumatic actuator, optionally with metal bellows or insulating extension. The valves may be also equipped with electric, electro-hydraulic, or hand-operated actuators, as well as control accessories and other instrumentation. Standard Versions:  Body ASTM Cast A 126 Cl. B, A 216 WCB, A 351 CF8M, alter-natively Forged A105 or A 182 F316 End connections ANSI Class 125 with FF-Flanges, Class 250 Female threaded NPT, Class 150 or 300 with RF-Flanges Packing PTFE V-ring spring-loaded/self-adjusting, temperature range 15 °F to 430 °F (− 10 °C to + 220 °C) Trim equal percentage characteristic, metal-to-metal seal

Pressure Reducing Station is the basic need of every process plant, as it is always recommended to operate boiler at its rated pressure, distribute steam at higher pressure & use the lowest possible steam pressure at utilization point. Why distribute steam at high pressure & Reduce Pressure at utilization point?  Boiler running at lower pressure can cause moisture carryover along with the steam. High-pressure steam has lower specific volume, which means lower pipe sizes for distribution of steam. This reduces initial cost for piping & insulation. Also, this reduces the radiation losses. Lower the steam pressure higher is the latent heat. We offer multiple options for pressure reduction to suit customer requirement.

VOLFRAM offers Safety Valve for Steam & other media application with precise pressure release settings to avoid the mechanical damage to equipment & surroundings, injury to the operators, loss of production etc. because of the higher pressure rise. In the event of the Control valves malfunctioning, the equipment to which it is supplying steam or any other media needs to be safeguarded from an increase in pressure. This necessitates the installation of a Safety valve at each equipment. Features of Safety Valve:  Complete SS316 construction Suitable for various media Highly Robust Suitable for the chemical industries where there is the corrosive atmosphere Comes with the factory setting of safety pressure Easy to install Compact Design High Discharge Capacity Pressure Range up to 0.5 bar to 18 bar Temp. Range up to 280 Deg C Self Draining Body Design ensures no residues & corrosion Applications of Safety Valve:  Saturated Steam Compressed Air / other ga

Operation: Valve Type PAV - In normal condition, 'A' port is closed and 'AB' port is connected to 'B' or 'B' port is connected to 'AB' port. On receiving pilot pressure, 'A" port is connected to 'AB' or 'AB' port is connected to 'A' closing port B. Piston Actuated Valve Type 6619E - Normally 'B' port is closed and 'A' port is connected to 'AB' or 'AB' port is connected to 'A'. On receiving signal 'A' port is closed and 'B' port is connected to 'AB' or 'AB' port connected to 'B'. Applications of Piston Actuated Valve : Boiler feed water tanks Process hot water tanks Washers in textile industries

We offer a complete range of non-return valves to suit the various application in the process industry. The disc check type non-return valve is designed to fit between the flanges & prevent the reverse flow in the lines. Features of Non-Return Valve : The disc check valve can be mounted in vertical or horizontal lines between the flanges. Very compact design Completely made from SS 316 / CF 8M material Robust & maintenance free Require extremely low opening pressure Very lightweight as compared to flanges end swing check type valves Easy to install Maintenance Free Can be used in a variety of applications like hot and cold water lines, steam lines, oil lines, process lines etc. The Disc check type non-return valve gets opened by the pressure of fluid passing through it and gets closed by the spring when flow stops or whenever there is reverse flow. Available Sizes: 15NB to 150NB

VOLFRAM Cast Steel Piston Valves provide perfect tightness and Installation durable stability on different mediums such as steam, superheated steam, heat transfer fluid, ammonia, L.P.G., acids, alkaline, etc. Salient Features of Piston Valve: Economic, easy to service Absolutely leak-tight across the ports and to the atmosphere No erosion of sealing surface Saves energy and does not contaminate the environment Maintenance free Piston valves can be provided with additional feature like: Regulating Piston/Lantern Bush; for coarse regulating/Throttling operation Extended Spindle: For Cryogenic application/Hot media to prevent heat transfer to H/W and aid handling of valve Heating Jacket: For Media that tends to solidify/crystallize at low temperature and needs constant heating by either steam/Thermic oils circulated through the Jacket. Pneumatic, Hydraulic or Electrical Actuator: For remote operating of the Valves

VOLFRAM make Valves are tight sealing, easy operation, regulation valves for liquid and gaseous fluids over a wide range of line pressures and temperatures. Globe valves are of outside screw & yoke (OS & Y) and with bolted bonnet construction. The outside screw ensures easy lubrication and prevents corrosion and erosion by line fluids. \ Features Globe Valve: Body & Bonnet : The body is designed for strength to meet the operating conditions and contoured to minimize erosion and resistance to flow. The bonnet is provided with renewable back seat arrangement. Disc & Stem : The disc provides a fine bearing on a tapered seat for tight sealing over a wide range of differential pressures. As the seating between disc and body seat is a narrow line contact, tight sealing can be achieved even if any foreign particle gets stuck to the seating area. The disc and stem are held together by a disc nut with allowance for the disc to swivel. The disc nut is tack welded t

Applications: VOLFRAM make Cast Steel Flex Gate Valves are tight sealing, easy operation, isolation valves for liquid and gaseous fluids over a wide range of line pressures and temperatures. Self-adjusting flexible wedge assures tight sealing and minimizes stress concentration under varied service conditions. Stem-wedge thrust closer to wedge center for accurate wedge movement. Long guide ribs in the body to minimize seat wear. Gate valves are of rising stem, outside, screw and yoke (OS & Y) and with Bolted Bonnet construction. The rising stem indicates the open or closed position of the valve. The outside screw ensures easy lubrication and prevents corrosion and erosion by line fluids. On request, valves can be supplied with special features like NACE Requirement, Radiography, Magnetic Particle Test, LGC Test and for Oxygen Service etc. Accessories: Valves can be supplied with accessories like extended Stem Arrangement, Gear Operation, Pneumatic and Electric Actuato

Steam Pressure reduction is the basic need of every process plant, as it is always recommended to operate boiler at its rated pressure, distribute steam at higher pressure & use the lowest possible steam pressure at utilization point. Why distribute steam at high pressure & Reduce Pressure at utilization point?  Boiler running at lower pressure can cause moisture carryover along with the steam. High-pressure steam has lower specific volume, which means lower pipe sizes for distribution of steam. This reduces initial cost for piping & insulation. Also, this reduces the radiation losses. Lower the steam pressure higher is the latent heat. We offer multiple options for pressure reduction to suit customer requirement.

Strainers are always recommended to be installed prior to the Reducing valve, to prevent any of the dirt particles/pipe muck from clogging the small orifices/openings of the Reducing Valve. Volfram Y - Type Strainers with Stainless Steel Screens having mm dia. perforations as standard. We also offer a wide range of Strainers for various applications like Steam, water s condensate. The types of Strainers available are: Bucket Strainers In line Conical Strainers Other Applications: At the inlet of Steam flow meters, Control valves etc. Available Sizes : From 15NB to 200NB.

Basket Strainer is always recommended to be installed prior to the Reducing valve, to prevent any of the dirt particles/pipe muck from clogging the small orifices/openings of the Reducing Valve. VOLFRAM Basket type Strainers are particularly used for the utilities where the presser drop is critical, the strainers are designed to provide higher filtration area thereby causing a minimum pressure drop. Proper basket removal arraignment is provided is for easy cleaning. Note: FILTRATION AREA (P.SHEET) 5 TIMES PIPE INLET AREA. We also offer a wide range of Strainers for various applications like Steam, water s condensate. The types of Strainers available are: Y type Strainers In line Conical Strainers Other Applications: At the inlet of Steam flow meters, Control valves etc. Available Sizes: From 15NB to 600NB.

Steam Pressure reduction is the basic need of every process plant Strainer, as it is always recommended to operate boiler at its rated pressure, distribute steam at higher pressure & use the lowest possible steam pressure at utilization point. Why distribute steam at high pressure & Reduce Pressure at utilization point?  Boiler running at lower pressure can cause moisture carryover along with the steam. High-pressure steam has lower specific volume, which means lower pipe sizes for distribution of steam. This reduces initial cost for piping & insulation. Also, this reduces the radiation losses. Lower the steam pressure higher is the latent heat. We offer multiple options for pressure reduction to suit customer requirement.

Rotating Plug Ball Float Trap The Float Trap immediate condensate discharge out of steam systems is absolutely necessary to retain the maximum possible capacity of the heat exchanger and to minimize the danger of corrosion, water-hammering & temperature fluctuations in the process. It is the task of Float trap controlled steam traps to discharge condensate out of steam consuming equipment but to keep the steam inside. Working Principle VOLFRAM float controlled steam traps operate based VOLFRAM Float trap controlled steam traps operate based on the rotary slide valve principle. These float controlled steam traps since the density difference between vapor and condensate. As the incoming condensate reaches the Float trap body the condensate level rises so does the Float trap. Due to the movement of the float, the rotary valve is able to turn and open the outlet port and the condensate is discharged. Now as the level of condensate falls so does the Float trap and the rotary

The immediate condensate discharge out of Steam Trap systems is absolutely necessary to retain the maximum possible capacity of the heat exchanger and to minimize the danger of corrosion, water-hammering & temperature fluctuations in the process. Volfram offer highly robust & maintenance free thermodynamic steam traps for the removal of condensate from the steam lines, headers etc. They are compact & lightweight Have large condensate removal capacity in their range As a disc is only moving part, maintenance can be done easily Without removing the trap from line Higher working life as a material of construction is complete Stainless Steel Other Applications : Steam Trap carrying pipelines, steam headers. Available Sizes : 15 NB, 20 NB, 25 NB.

The immediate condensate discharge out of steam systems is absolutely necessary to retain the maximum possible capacity of the heat exchanger and to minimize the danger of corrosion, water-hammering & temperature fluctuations in the process. It is the task of Float controlled steam traps to discharge condensate out of steam consuming equipment but to keep the steam inside. Rotating Plug Steam Traps Working Principle VOLFRAM float controlled steam traps operate based on the rotary slide valve principle. These float controlled steam traps since the density difference between vapor and condensate. As the incoming condensate reaches the trap body the condensate level rises so does the float. Due to the movement of the float, the rotary valve is able to turn and open the outlet port and the condensate is discharged. Now as the level of condensate falls so does the float and the rotary valve turns and closes the outlet port. With this type of operation, the condensate is disc

We offer the complete solution for the direct steam injection system for the feed water tank to maintain the required temperature in the feed water tank. Steam Injector system is the heart of this system which ensures proper mixing of steam and water resulting in uniform temperature. Features Steam Injector system:  Completely mechanical components. Steam Injector system has complete SS316 construction. Temperature maintained in the range of +2°C. Temperature setting is very easy. Highly robust & maintenance free. Application of Steam Injector system:  Boiler feed water tanks Process hot water tanks Washer in textile industries Available Sizes: 25 NB, 40 NB,50 NB, 80 NB, 100 NB

Level control system Maintaining the optimum level control system in the feed water tank is very important in order to ensure maximum temperature in feed water tank from condensate recovery & ensure the safety of the boiler. To achieve this without manual intervention, level control system is used. We offer a customized Level Control Systems for Boiler Feed water tank where hot condensate is preferred & utilized maximum, then hot water from any other sources & last preference to the cold make up water. This ensures that the energy of hot condensate & hot water from other sources is utilized

Deaerator head Oxygen or other incondensable gases in the steam system can cause restrict the heat transfer to the process as well as causes corrosion in the steam & condensate system. So it is very important to remove the oxygen & other gases from the steam system or to ensure that these do not get into the steam system. This can be done by thermal Deaerator Head . The removal of the gases is achieved by maintaining the highest possible temperature in the feed water tank from where these gases can enter into the steam system. We offer specially designed deaerator heads to suit customer's requirement. Features of Deaerator Head: Designed as per operational parameters Complete SS construction. Inbuilt Air Vent. Inbuilt Vacuum Breaker

We offer fully equipped Feed water tank for Boiler , designed to maintain variation in parameters of feed water, required to run the boiler safely & efficiently. We provide the complete package of feed water tank of various capacities with the proper automation to maintain the optimum level & temperature in feed water tank

Magnetic Flow Meter To have complete control of the utilities in the plant, it is very important to measure & monitor their consumptions. Steam being one of the costly utilities in the process plant a proper measuring system must be in place. Unless & until we monitor, we cannot optimize its usage. We offer Magnetic Flow Meter for the steam measurement, Electromagnetic flow meters for the flow measurement of water, milk etc.

To have complete control of the utilities in the plant, it is very important to measure & monitor their consumptions. Steam being one of the costly utilities in the process plant a proper measuring system must be in place. Unless & until we monitor, we cannot optimize its usage. We offer Vortex type flow meters for the steam measurement, Electromagnetic flow meters for the flow measurement of water, milk etc.

To have complete control of the utilities in the plant, it is very important to measure & monitor their consumptions. Steam being the one of the costly utilities in the process plant a proper measuring system must be in place. Unless & until we monitor, we cannot optimize its usage. We offer Vortex type flow meters for the steam measurement, Electromagnetic flow meters for the flow measurement of water, milk etc.

VOLFRAM offers the reliable & complete solution for TDS Based Automatic Boiler Blow Down System. The system comprises a sensor chamber with conductivity sensor and temperature sensor, mounted in bypass to the Manual Blowdown Valve. The sensor is connected to the controller that constantly monitors and displays the TDS Automatic Boiler Blow Down System level & takes the control action whenever necessary. The TDS level inside the boiler varies with: Feed water TDS: If the feed water TDS increases then the Boiler TDS increases quickly for the same steam load. Steam Load: If the steam load increases then the Boiler TDS increases quickly for the same Feed Water TDS. To maintain the level of Total Dissolved Solids (TDS) inside the boiler within the permissible limit, boiler water is drained periodically from the boiler. Following are the two methods used for the same.

VOLFRAM offers highly External Furnace Solid Fuel Boiler to suit the various industries’ requirement. The Boiler provide s the user with a flexibility of fuels as it is designed to fire with multiple fuels like wood, coal, agro waste briquettes etc. VOLFRAM offers the complete package for the Boiler House consisting of: Chimney Pollution control equipment Piping (IBR/NIBR) Feed water tank with accessories On-site IBR formalities

VOLFRAM offers 3 passes wet back truly packaged high efficient Furnace oil or Gas fired steam boilers. The 3 pass wet back design with monoblock burner assembly ensures complete combustion & maximum thermal efficiency resulting in high Steam to Fuel ratio. Each boiler is designed to ensure ease of operation & maintenance. VOLFRAM boilers are truly packaged which reduces the site work & project completion time saves money & ensures the highest quality of each component of the boiler. VOLFRAM offers complete package for the Boiler House consisting of: Chimney Pollution control equipments Piping (IBR/NIBR) Feed water tank with accessories On site IBR formalities

VOLFRAM offers high efficient 3 passes internal furnace packaged solid fuel fired steam boilers. Capable of being fired on Wood/Solid agro waste, Coal this is capable of achieving high thermal and combustion efficiencies through the optimum sizing of steam output. Utilizing the 3 passes wet back concept the full combustion of fuel takes place within the large furnace before passing into the fully submerged wet back reversal chamber. Two passes of convection tubes then carry the hot flue gases through the two convection tube bank in the boiler and thus ensuring complete transfer of heat for steam generation and thus ensuring high efficiency.

VOLFRAM Offers Small Industrial Boiler which are suitable for plants where there is a requirement of low-pressure steam & lower steam loads like Small Milk processing Units, Feed plants, Laundries, Hose Manufacturing, Small Chemical units etc. Benefits to the customer: Compact Layout Boiler is compact & require less floor space at the site. Lower Site Activities Boiler comes as a package with insulation, refractory, cabling & control panel work done at factory Small Industrial Boiler. Thus the site activities are lowered & Customer saves on the costs of carrying out these activities at site. Lower Time for Installation Lower site activities further reduces the time for the installation. Better Quality As the complete assembly of the boiler is done at factory the quality achieved is better than the one done at site. Centric Furnace The furnace of the boiler is centrally located which ensures no tubes in cold zone & enhances effective heat tran