Removal of Moisture becomes essential from gases and Steam as it cause of two phase flow, water hammer, damage to equipments, as well as it affects heat transfer, total heat carrying capacity of the fluid in case of steam.

Steam should be distributed at high pressure as it has low volume and impacts the inventory and its cost, At the same time it should be used at low pressure, as it has high latent heat at low pressure, Thus the function of lowering the pressure at the point of use is done by the PRS [Pressure Reducing Station]

To overcome stalling situation and to enhance the heat transfer efficiency, it is advised to install Uni Klingers Automatic Pumping Trap (UAPT). There are innumerable advantages of installing this device.

UKL APT is a device having the combined features of a conventional steam trap as well as a pump. In situation where the pressure of the condensate approaching APT is suitably high, then the delta pressure inside this APT will facilitate this device to perform as a mere conventional trap only.

However under stalling conditions where the delta pressure inside APT drops below 0.5 kg/cm2(g), this APT is automatically switched over to pumping mode. During this mode, the motive port opens up to allow motive steam to enter in APT resulting in to immediate pumping of the condensate at elevated place.

Advantage of Automatic Pumping Trap

• Increase in heat transfer capacity & thus reduction in process cycle time
• Appropriate & continuous condensate discharge
• Avoids water hammer
• Avoids corrosion due to cool condensate in batch production processes
• Proper temperature control in process
• Enhanced equipment life
• Reducing the hunting effect of the temperature control valve
• Avoids flashing of hot condensate
• Nil loss of live steam

Maximum Operating Conditions

Maximum allowable pressure 14 kg/cm2

Maximum allowable Temperature 180 Deg C

Size

• Inlet 25 NB and outlet 25 NB
• Inlet 40NB and outlet 25 NB

UKL Air Eliminators are meant to automatically remove air from Liquid lines.Air has to be removed because: air in liquid line cause of two phase flow, water hammering as well as prevents smooth flow of fluid or causes air locks.Air also acts as an oxidizing agent and causes corrosion and weakening leading to damage and leakage in pipes and related equipment. Solubility of air in water is high at low temp, but on heating solubility decreases, and release air from water and flows with water. Mainly this happens in cooling water circuit. Function of Air elimination can be achieved by a mechanical Float operated Trap, with just a position change of its Float assembly. This change in the float assembly position now holds back the liquid but allows Air to be vented out as against the normal Float trap holding steam and discharging condensate.

The Sight Glass is fitted in the pipeline to indicate if the fluid is flowing correctly in the line. These can therefore be used to indicate blocked or choked valves or Traps, strainers, pipelines or piping components which otherwise would lead to a decreased level of performance, plant efficiency and safety.The sight glasses would indicate if the traps are leaking or passing live steamvapors.A sight Flow Indicator is a device which is inserted in a run of pipe to observe the flow of fluid in the pipe. To enhance the visibility of the flow, protrusion is often incorporated body of its indicator, in the flow stream, so that fluid impinging on the same, cause turbulence, which indicates flow.

The sight glasses would indicate if the traps are leaking or passing live steamvapors.A sight Flow Indicator is a device which is inserted in a run of pipe to observe the flow of fluid in the pipe. To enhance the visibility of the flow, protrusion is often incorporated body of its indicator, in the flow stream, so that fluid impinging on the same, cause turbulence, which indicates flow.

Condensate when discharged from higher pressure to lower pressure, the difference in the sensible heats at the two pressures causes certain amount of Condensate to again convert to Steam known and referred to as Flash Steam. This is as good as dry steam, albeit at lower pressure, and can be utilized as such.This separation can be done by allowing the hot condensate to discharge into a vessel of a pre determined volume, to get the desired amount of condensate and Flash at a specific pressure. This vessel is known as a Flash vessel.

We have introduced a wide variety of combinations of non Asbestos packings for all applications. All packings are available in braided rope form (standard custom sizes) or ring form (custom sizes). Uni Klinger provides complete range of non asbestos gland packing in Graphite, Teflon, Aramid, Carbon and Glass fiber. Enabling UKL to cater to Pump, Valve users and original Equipment manufacturers. Uni Klinger can provide the Gland Packing for other applications where one need tight seal in static or rotating application.

A wide variety of combinations of non Asbestos packings for all applications.All packings are available in braided rope form (standard custom sizes) or ring form (custom sizes). Uni Klinger provides complete range of non asbestos gland packing in Graphite, Teflon, Aramid, Carbon and Glass fiber. Enabling UKL to cater to Pump, Valve users and original Equipment manufacturers.Uni Klinger can provide the Gland Packing for other applications where one need tight seal in static or rotating application.

These are mechanical devices to observe the level of liquid in vessels. Based on principles of Liquid finding their own levels.UKL manufactures and supplies level gauges as complete assembly with Isolation Drain cocks and vent valves, Safety Ball check arrangement in case of Glass breakage, and original toughened Borosilicate Klinger Glasses and Gaskets.

Reflex Gauge:

Works on the principle of Total Internal Refraction of light through the Reflex glass having grooves giving clear Black and white indication of the level in the vessel. For Steam at 40 bar saturated temp, and other media 40 bar 400 Deg C.

Transparent type:

Using Transparent glasses, two in numbers, giving a level indication in the form of rising and falling meniscus. This often requires the use of Illuminators to view the level.Steam at 40 bar.85bar and 120Bar saturated temp. Other media 400 deg C.

Bicolor type:

A variation of the transparent type, wherein the incident light is made to pass through a wedge shaped centerpiece, to separate the light. The same is viewed through filters to see Green and Red light for Steam and Condensate.Steam: 180 Bar Saturated Temp.

The level gauges can be provided with accessories like double arm lever, Illuminators, Scales, and Non Frosting Blocks. Inclined type as well as Direct Weld On type.

C-C of 3000mm.Other C-Cs with mounting support can also be provided.

Uni Klinger manufactures entire range of Non Asbestos ( UNISIL ) gasket sheets.This eliminates the need for application of grease to flange surface. Results in faster and safer flange cleaning. Ensures better sealing with replacement Gasket.

Due to excellent Chemical and thermal capabilities of Graphite it is used extensively throughout the Petrochemical and Chemical industries for process duties and Steam application.

Uni Klinger provides complete range of non asbestos gland packing in Graphite, Teflon, Aramid, Carbon and Glass fiber. Enabling UKL to cater to Pump, Valve users and original Equipment manufacturers.

The Advantages of Hot Water vs. Steam for Jacketed Heating

In jacketed heating applications where processes require operating temperatures up to 350F [177Deg.C], steam and hot water serve as typical forms of heat transfer.

Currently, an increasing number of process engineers are switching from steam to hot water for heating jacketed reactors or vessels. There are several basic reasons for this trend:

• The temperature in the jacket can be controlled much more accurately with hot water than with steam. This higher degree of control protects against damage to or loss of product through overheating.
• Hot water ensures a better quality end product. This is particularly important in processes requiring very precise product temperature control.
• Hot water distributes heat more evenly than steam. This eliminates hot spots which often cause product to bake onto the walls of the vessel, and at worst, ruin the entire batch.
• In critical processes utilizing glass-lined reactors, steam can shock and damage the lining. Hot water allows smooth transitions from heating to cooling with no thermal shock.

Leakage of costly fluids has been a major cause of concern to all industries.Apart from the monetary losses, such leaks are seen as damaging to the environment.

Valves and steam traps contribute to more than 90% of the fluid leaks. These leaks can either be across the seat causing process irregularities, or from the glands, bonnets and seals to the atmosphere. The damage caused is of substantially high value, especially for continuous-process industries.

The main contributors to this damage to environment is by:Safety Valve Leaks, Steam Trap Leaks, Control Valve Leaks

Fluid leaks, NOW, can be monitored online, with the latest patented technology from Bitherm, the Spanish inventors. Uni Klinger have made this technology available to Indian industries with a technological tie up with Bitherm.

Under this arrangement Smart Watch Leak Monitoring Package is available

Smart Watch is a microprocessor based universal monitoring device, with high network integration capacity, which is able to monitor up to four independent parameters at a time. Namely: Inlet Pressure, Outlet Pressure, Temperature and Sound

It is certified for intrinsic safety requirements (EEx ia IIC T4).

The four parameters are monitored 24 x 7, and results are displayed in real time, indicating precise equipment, its functioning and reasons for failure, and an estimated loss of in terms of media and money in case of malfunction.

Leakage of costly fluids has been a major cause of concern to all industries.Apart from the monetary losses, such leaks are seen as damaging to the environment.

Valves and steam traps contribute to more than 90% of the fluid leaks. These leaks can either be across the seat causing process irregularities, or from the glands, bonnets and seals to the atmosphere. The damage caused is of substantially high value, especially for continuous-process industries.

The main contributors to this damage to environment is by:Safety Valve Leaks, Steam Trap Leaks, Control Valve Leaks

Fluid leaks, NOW, can be monitored online, with the latest patented technology from Bitherm, the Spanish inventors. Uni Klinger have made this technology available to Indian industries with a technological tie up with Bitherm.

Under this arrangement Leak Tector is available

LeakTector is a portable gas or steam leak detector, designed for periodical survey of steam traps and valves. This ultrasound based leak detector detects abnormal vibrations on rotary machines, as well.

This ultrasound is captured and analyzed by the Leaktector microprocessor and finally shown its result on the LCD display, wrist mounted. The system is integrated by two components: probe and analyzer.

A novelty of LeakTector is its special verification function of thermodynamic steam traps, allowing the evaluation of the low energetic efficiency states (cycle too short) of this type of steam traps.

The concept of leak monitoring of valves and traps may be new to industries in India, but the losses and the financial impact is true universally.

The need of the hour is to cut down the stark losses and tighten the bottom line.

Uni Klinger team is committed to help take any lead to a meaningful end.

The UPPPU is a skid mounted Assembly. The receiver collects the condensate from various points. The condensate flows through a Uni directional Disc Check Valve (DCV) to the pump section. The Float assembly, inside the pump section, rises with the level of the condensate and at a predetermined level snaps a valve open to let in Steam, while simultaneously a vent valve gets closed. The steam pushes the condensate out through the outlet DCV which too is unidirectional leading the condensate out to the desired point. Once the pumping is done the level of condensate falls and the float drops down automatically closing the steam valve and opening the vent to vent out the accumulated steam and allow the fresh condensate to enter and begin the next cycle. This is a maintenance free pump, functions as long as there is condensate coming to the pump. Provided as a complete skid mounted unit, with valves, strainers, DCV, Condensate flow meter etc.

In these days of energy conservation hot condensate is too valuable to be lost as it contains more than 25% of heat used in creating steam. Also it is distilled water making excellent feed water for boilers. UKL Pressure Power Pumps are pumps which are used to pump condensate to the desired location and are cheaper to operate against electrically operated pumps which require special impellers to avoid risk of cavitations by condensate and temperature limits of condensate to be handled.

The UPPPU is a skid mounted Assembly. The receiver collects the condensate from various points. The condensate flows through a Uni directional Disc Check Valve (DCV) to the pump section. The Float assembly, inside the pump section, rises with the level of the condensate and at a predetermined level snaps a valve open to let in Steam, while simultaneously a vent valve gets closed. The steam pushes the condensate out through the outlet DCV which too is unidirectional leading the condensate out to the desired point.

Once the pumping is done the level of condensate falls and the float drops down automatically closing the steam valve and opening the vent to vent out the accumulated steam and allow the fresh condensate to enter and begin the next cycle. This is a maintenance free pump, functions as long as there is condensate coming to the pump. Provided as a complete skid mounted unit, with valves, strainers, DCV, Condensate flow meter etc.

Sizes 40, 50, 80 x 50 and Duplex.

UKL Pressure Power Pump can be used with motive as Steam or Compressed Air.

Available in Carbon Steel Insulation can be provided as optional.

UKL Metal gaskets are specially designed and widely used for Heat exchangers, pressure vessels, flue stacks, boilers etc. The majority of these gaskets are supplied in circular form but can be manufactured to other shapes to suit individual requirements, They are manufactured to suit API, ASME, DIN & BS standards. UKL Metal Jacketed gaskets are specially designed and widely used for Heat exchangers, pressure vessels, flue stacks, boilers etc. The majority of these gaskets are supplied in circular form but can be manufactured to other shapes to suit individual requirements. They are manufactured to suit API, ASME, DIN & BS standards.

De-Aerator is a dome shaped device [called the mixing unit] fitted to the Feed Water Tank, having three Nozzles for Cold Make up Water, Recovered and recycled hot condensate and Flash Steam. It also has a top vent nozzle with automatic thermostatic vent. The three nozzles result in mixing of the three fluids, consequently heating the water and the Oxygen thus released is vented out from the top. A SS dip/Immersion tube with perforations attached to the De Aerator is led into the tank up to near to the tank bottom, releasing hot water through perforation from the bottom level of water helps the mixing of the heated water from the De Aerator Head and the water available in Feed water Tank, and supply hot water to boiler, saving Fuel costs, reducing O2 and avoiding Flashing and noise, and achieve higher levels of process efficiency.

Excellent corrosion resistance together with superior creep resistance and sealability create a highgrade gasket material for a wide application field, The best choice for economical plant-wide use on services up to 260C and pressures up to 200 bar.

The Bi-Thermostatic Bimetallic steam traps, with corrosion resistant regulator. These Traps are unaffected by water hammer and superheated steam which having balanced pressure valve, independent seat and cone valve, and having a external adjustment device that can be used while the trap is functioning, for temperature and flow discharge. The trap also has an integral Y type Strainer.The most innovative of the bimetallic steam traps is the bi-thermostatic steam trap of balanced pressure that incorporates two antagonistic [Opposing] thermostats. The thermostat on top consists of various bimetallic plate pairs guided by the plugs stem, and the Lower thermostat is formed by one bimetallic sheet that leans and is guided in its edges by the body of the steam trap.

Condensate when discharged from higher pressure to lower pressure, the difference in the sensible heats at the two pressures causes certain amount of Condensate to again convert to Steam known and referred to as Flash Steam. This is as good as dry steam, albeit at lower pressure, and can be utilized as such.This separation can be done by allowing the Hot condensate to discharge into a vessel of a pre determined volume, to get the desired amount of condensate and Flash at a specific pressure. This vessel is known as a Flash vessel.

Removal of Moisture becomes essential from gases and Steam as it cause of two phase flow, water hammer, damage to equipments, as well as it affects heat transfer, total heat carrying capacity of the fluid in case of steam.

Steam should be distributed at high pressure as it has low volume and impacts the inventory and its cost, At the same time it should be used at low pressure, as it has high latent heat at low pressure, Thus the function of lowering the pressure at the point of use is done by the PRS [Pressure Reducing Station]

To overcome stalling situation and to enhance the heat transfer efficiency, it is advised to install Uni Klingers Automatic Pumping Trap (UAPT). There are innumerable advantages of installing this device.

UKL APT is a device having the combined features of a conventional steam trap as well as a pump. In situation where the pressure of the condensate approaching APT is suitably high, then the delta pressure inside this APT will facilitate this device to perform as a mere conventional trap only.

However under stalling conditions where the delta pressure inside APT drops below 0.5 kg/cm2(g), this APT is automatically switched over to pumping mode. During this mode, the motive port opens up to allow motive steam to enter in APT resulting in to immediate pumping of the condensate at elevated place.

Advantage of Automatic Pumping Trap

• Increase in heat transfer capacity & thus reduction in process cycle time
• Appropriate & continuous condensate discharge
• Avoids water hammer
• Avoids corrosion due to cool condensate in batch production processes
• Proper temperature control in process
• Enhanced equipment life
• Reducing the hunting effect of the temperature control valve
• Avoids flashing of hot condensate
• Nil loss of live steam

Maximum Operating Conditions

Maximum allowable pressure 14 kg/cm2

Maximum allowable Temperature 180 Deg C

Size

• Inlet 25 NB and outlet 25 NB
• Inlet 40NB and outlet 25 NB

UKL Air Eliminators are meant to automatically remove air from Liquid lines.Air has to be removed because: air in liquid line cause of two phase flow, water hammering as well as prevents smooth flow of fluid or causes air locks.Air also acts as an oxidizing agent and causes corrosion and weakening leading to damage and leakage in pipes and related equipment. Solubility of air in water is high at low temp, but on heating solubility decreases, and release air from water and flows with water. Mainly this happens in cooling water circuit. Function of Air elimination can be achieved by a mechanical Float operated Trap, with just a position change of its Float assembly. This change in the float assembly position now holds back the liquid but allows Air to be vented out as against the normal Float trap holding steam and discharging condensate.

The Sight Glass is fitted in the pipeline to indicate if the fluid is flowing correctly in the line. These can therefore be used to indicate blocked or choked valves or Traps, strainers, pipelines or piping components which otherwise would lead to a decreased level of performance, plant efficiency and safety.The sight glasses would indicate if the traps are leaking or passing live steamvapors.A sight Flow Indicator is a device which is inserted in a run of pipe to observe the flow of fluid in the pipe. To enhance the visibility of the flow, protrusion is often incorporated body of its indicator, in the flow stream, so that fluid impinging on the same, cause turbulence, which indicates flow.

The sight glasses would indicate if the traps are leaking or passing live steamvapors.A sight Flow Indicator is a device which is inserted in a run of pipe to observe the flow of fluid in the pipe. To enhance the visibility of the flow, protrusion is often incorporated body of its indicator, in the flow stream, so that fluid impinging on the same, cause turbulence, which indicates flow.

Condensate when discharged from higher pressure to lower pressure, the difference in the sensible heats at the two pressures causes certain amount of Condensate to again convert to Steam known and referred to as Flash Steam. This is as good as dry steam, albeit at lower pressure, and can be utilized as such.This separation can be done by allowing the hot condensate to discharge into a vessel of a pre determined volume, to get the desired amount of condensate and Flash at a specific pressure. This vessel is known as a Flash vessel.

We have introduced a wide variety of combinations of non Asbestos packings for all applications. All packings are available in braided rope form (standard custom sizes) or ring form (custom sizes). Uni Klinger provides complete range of non asbestos gland packing in Graphite, Teflon, Aramid, Carbon and Glass fiber. Enabling UKL to cater to Pump, Valve users and original Equipment manufacturers. Uni Klinger can provide the Gland Packing for other applications where one need tight seal in static or rotating application.

A wide variety of combinations of non Asbestos packings for all applications.All packings are available in braided rope form (standard custom sizes) or ring form (custom sizes). Uni Klinger provides complete range of non asbestos gland packing in Graphite, Teflon, Aramid, Carbon and Glass fiber. Enabling UKL to cater to Pump, Valve users and original Equipment manufacturers.Uni Klinger can provide the Gland Packing for other applications where one need tight seal in static or rotating application.

These are mechanical devices to observe the level of liquid in vessels. Based on principles of Liquid finding their own levels.UKL manufactures and supplies level gauges as complete assembly with Isolation Drain cocks and vent valves, Safety Ball check arrangement in case of Glass breakage, and original toughened Borosilicate Klinger Glasses and Gaskets.

Reflex Gauge:

Works on the principle of Total Internal Refraction of light through the Reflex glass having grooves giving clear Black and white indication of the level in the vessel. For Steam at 40 bar saturated temp, and other media 40 bar 400 Deg C.

Transparent type:

Using Transparent glasses, two in numbers, giving a level indication in the form of rising and falling meniscus. This often requires the use of Illuminators to view the level.Steam at 40 bar.85bar and 120Bar saturated temp. Other media 400 deg C.

Bicolor type:

A variation of the transparent type, wherein the incident light is made to pass through a wedge shaped centerpiece, to separate the light. The same is viewed through filters to see Green and Red light for Steam and Condensate.Steam: 180 Bar Saturated Temp.

The level gauges can be provided with accessories like double arm lever, Illuminators, Scales, and Non Frosting Blocks. Inclined type as well as Direct Weld On type.

C-C of 3000mm.Other C-Cs with mounting support can also be provided.

Uni Klinger manufactures entire range of Non Asbestos ( UNISIL ) gasket sheets.This eliminates the need for application of grease to flange surface. Results in faster and safer flange cleaning. Ensures better sealing with replacement Gasket.

Due to excellent Chemical and thermal capabilities of Graphite it is used extensively throughout the Petrochemical and Chemical industries for process duties and Steam application.

Uni Klinger provides complete range of non asbestos gland packing in Graphite, Teflon, Aramid, Carbon and Glass fiber. Enabling UKL to cater to Pump, Valve users and original Equipment manufacturers.

The Advantages of Hot Water vs. Steam for Jacketed Heating

In jacketed heating applications where processes require operating temperatures up to 350F [177Deg.C], steam and hot water serve as typical forms of heat transfer.

Currently, an increasing number of process engineers are switching from steam to hot water for heating jacketed reactors or vessels. There are several basic reasons for this trend:

• The temperature in the jacket can be controlled much more accurately with hot water than with steam. This higher degree of control protects against damage to or loss of product through overheating.
• Hot water ensures a better quality end product. This is particularly important in processes requiring very precise product temperature control.
• Hot water distributes heat more evenly than steam. This eliminates hot spots which often cause product to bake onto the walls of the vessel, and at worst, ruin the entire batch.
• In critical processes utilizing glass-lined reactors, steam can shock and damage the lining. Hot water allows smooth transitions from heating to cooling with no thermal shock.

Leakage of costly fluids has been a major cause of concern to all industries.Apart from the monetary losses, such leaks are seen as damaging to the environment.

Valves and steam traps contribute to more than 90% of the fluid leaks. These leaks can either be across the seat causing process irregularities, or from the glands, bonnets and seals to the atmosphere. The damage caused is of substantially high value, especially for continuous-process industries.

The main contributors to this damage to environment is by:Safety Valve Leaks, Steam Trap Leaks, Control Valve Leaks

Fluid leaks, NOW, can be monitored online, with the latest patented technology from Bitherm, the Spanish inventors. Uni Klinger have made this technology available to Indian industries with a technological tie up with Bitherm.

Under this arrangement Smart Watch Leak Monitoring Package is available

Smart Watch is a microprocessor based universal monitoring device, with high network integration capacity, which is able to monitor up to four independent parameters at a time. Namely: Inlet Pressure, Outlet Pressure, Temperature and Sound

It is certified for intrinsic safety requirements (EEx ia IIC T4).

The four parameters are monitored 24 x 7, and results are displayed in real time, indicating precise equipment, its functioning and reasons for failure, and an estimated loss of in terms of media and money in case of malfunction.

Leakage of costly fluids has been a major cause of concern to all industries.Apart from the monetary losses, such leaks are seen as damaging to the environment.

Valves and steam traps contribute to more than 90% of the fluid leaks. These leaks can either be across the seat causing process irregularities, or from the glands, bonnets and seals to the atmosphere. The damage caused is of substantially high value, especially for continuous-process industries.

The main contributors to this damage to environment is by:Safety Valve Leaks, Steam Trap Leaks, Control Valve Leaks

Fluid leaks, NOW, can be monitored online, with the latest patented technology from Bitherm, the Spanish inventors. Uni Klinger have made this technology available to Indian industries with a technological tie up with Bitherm.

Under this arrangement Leak Tector is available

LeakTector is a portable gas or steam leak detector, designed for periodical survey of steam traps and valves. This ultrasound based leak detector detects abnormal vibrations on rotary machines, as well.

This ultrasound is captured and analyzed by the Leaktector microprocessor and finally shown its result on the LCD display, wrist mounted. The system is integrated by two components: probe and analyzer.

A novelty of LeakTector is its special verification function of thermodynamic steam traps, allowing the evaluation of the low energetic efficiency states (cycle too short) of this type of steam traps.

The concept of leak monitoring of valves and traps may be new to industries in India, but the losses and the financial impact is true universally.

The need of the hour is to cut down the stark losses and tighten the bottom line.

Uni Klinger team is committed to help take any lead to a meaningful end.

The UPPPU is a skid mounted Assembly. The receiver collects the condensate from various points. The condensate flows through a Uni directional Disc Check Valve (DCV) to the pump section. The Float assembly, inside the pump section, rises with the level of the condensate and at a predetermined level snaps a valve open to let in Steam, while simultaneously a vent valve gets closed. The steam pushes the condensate out through the outlet DCV which too is unidirectional leading the condensate out to the desired point. Once the pumping is done the level of condensate falls and the float drops down automatically closing the steam valve and opening the vent to vent out the accumulated steam and allow the fresh condensate to enter and begin the next cycle. This is a maintenance free pump, functions as long as there is condensate coming to the pump. Provided as a complete skid mounted unit, with valves, strainers, DCV, Condensate flow meter etc.

In these days of energy conservation hot condensate is too valuable to be lost as it contains more than 25% of heat used in creating steam. Also it is distilled water making excellent feed water for boilers. UKL Pressure Power Pumps are pumps which are used to pump condensate to the desired location and are cheaper to operate against electrically operated pumps which require special impellers to avoid risk of cavitations by condensate and temperature limits of condensate to be handled.

The UPPPU is a skid mounted Assembly. The receiver collects the condensate from various points. The condensate flows through a Uni directional Disc Check Valve (DCV) to the pump section. The Float assembly, inside the pump section, rises with the level of the condensate and at a predetermined level snaps a valve open to let in Steam, while simultaneously a vent valve gets closed. The steam pushes the condensate out through the outlet DCV which too is unidirectional leading the condensate out to the desired point.

Once the pumping is done the level of condensate falls and the float drops down automatically closing the steam valve and opening the vent to vent out the accumulated steam and allow the fresh condensate to enter and begin the next cycle. This is a maintenance free pump, functions as long as there is condensate coming to the pump. Provided as a complete skid mounted unit, with valves, strainers, DCV, Condensate flow meter etc.

Sizes 40, 50, 80 x 50 and Duplex.

UKL Pressure Power Pump can be used with motive as Steam or Compressed Air.

Available in Carbon Steel Insulation can be provided as optional.

UKL Metal gaskets are specially designed and widely used for Heat exchangers, pressure vessels, flue stacks, boilers etc. The majority of these gaskets are supplied in circular form but can be manufactured to other shapes to suit individual requirements, They are manufactured to suit API, ASME, DIN & BS standards. UKL Metal Jacketed gaskets are specially designed and widely used for Heat exchangers, pressure vessels, flue stacks, boilers etc. The majority of these gaskets are supplied in circular form but can be manufactured to other shapes to suit individual requirements. They are manufactured to suit API, ASME, DIN & BS standards.

De-Aerator is a dome shaped device [called the mixing unit] fitted to the Feed Water Tank, having three Nozzles for Cold Make up Water, Recovered and recycled hot condensate and Flash Steam. It also has a top vent nozzle with automatic thermostatic vent. The three nozzles result in mixing of the three fluids, consequently heating the water and the Oxygen thus released is vented out from the top. A SS dip/Immersion tube with perforations attached to the De Aerator is led into the tank up to near to the tank bottom, releasing hot water through perforation from the bottom level of water helps the mixing of the heated water from the De Aerator Head and the water available in Feed water Tank, and supply hot water to boiler, saving Fuel costs, reducing O2 and avoiding Flashing and noise, and achieve higher levels of process efficiency.

Excellent corrosion resistance together with superior creep resistance and sealability create a highgrade gasket material for a wide application field, The best choice for economical plant-wide use on services up to 260C and pressures up to 200 bar.

The Bi-Thermostatic Bimetallic steam traps, with corrosion resistant regulator. These Traps are unaffected by water hammer and superheated steam which having balanced pressure valve, independent seat and cone valve, and having a external adjustment device that can be used while the trap is functioning, for temperature and flow discharge. The trap also has an integral Y type Strainer.The most innovative of the bimetallic steam traps is the bi-thermostatic steam trap of balanced pressure that incorporates two antagonistic [Opposing] thermostats. The thermostat on top consists of various bimetallic plate pairs guided by the plugs stem, and the Lower thermostat is formed by one bimetallic sheet that leans and is guided in its edges by the body of the steam trap.

Condensate when discharged from higher pressure to lower pressure, the difference in the sensible heats at the two pressures causes certain amount of Condensate to again convert to Steam known and referred to as Flash Steam. This is as good as dry steam, albeit at lower pressure, and can be utilized as such.This separation can be done by allowing the Hot condensate to discharge into a vessel of a pre determined volume, to get the desired amount of condensate and Flash at a specific pressure. This vessel is known as a Flash vessel.