Condensate Recovery System

Why Condensate return pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in Condensate return pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while Condensate return pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while Condensate return pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while Condensate return pump will never have this problem.

Features

1.   Condensate return pump having no moving part assured zero maintenance.

2.   Condensate return pump utilise of flash steam.

3.   Condensate return pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate return pump Can be operated on compressed Air.

6.   Condensate return pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate return pump operation can be checked in sight glass.

8.   Condensate return pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate return pump skid Mounted so easy to install.

Application :

Condensate return pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Condensate recovery pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in condensate recovery pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while condensate recovery pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while condensate recovery pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while condensate recovery pump will never have this problem.

Features

1.   Condensate recovery pump having no moving part assured zero maintenance.

2.   Condensate recovery pump utilise of flash steam.

3.   Condensate recovery pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate recovery pump Can be operated on compressed Air.

6.   Condensate recovery pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate recovery pump operation can be checked in sight glass.

8.   Condensate recovery pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate recovery pump skid Mounted so easy to install.

Application :

Condensate recovery pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate heat recovery system is make by combination of flash vessel, Condensate Recovery pump & De-aerator

Features

1.   Condensate heat recovery system having no moving part assured zero maintenance.

2.   Condensate heat recovery system utilise of flash steam.

3.   Condensate heat recovery system Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate heat recovery system Can be operated on compressed Air.

6.   Condensate heat recovery system Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate heat recovery system operation can be checked in sight glass.

8.   Condensate heat recovery system of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate heat recovery system skid Mounted so easy to install.

Application :

Condensate heat recovery system use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Advantages of CRS:-

·         Condensate heat recovery system require Less Blowdown in Boiler.

·        Condensate heat recovery system recover Pure form of Condensate. 

·         Condensate heat recovery system require Less Chemical.

·         Less Fuel Consumption in Condensate heat recovery system.

Why Why Condensate recovery pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in condensate recovery pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while condensate recovery pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while condensate recovery pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while condensate recovery pump will never have this problem.

1. Features

1. Condensate recovery pump having no moving part assured zero maintenance.

2. Condensate recovery pump utilise of flash steam.

3. Condensate recovery pump Suitable for high temp. Application. No cavitations problem

4. In Condensate recovery pump less steam consumption at low pressure.

5. Condensate recovery pump Can be operated on compressed Air.

6. Condensate recovery pump Automatic venting of Air & Non - Condensable gases

7. Easy monitoring of Condensate recovery pump operation can be checked in sight glass.

8. Condensate recovery pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9. Condensate recovery pump skid Mounted so easy to install.

Application :

Condensate recovery pump use for tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Condensate recovery unit must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in condensate recovery unit condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while condensate recovery unit have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while condensate recovery unit will never have these problems.

Electrical pump faces the cavitations and pitting problems while condensate recovery unit will never have this problem.

Features

1.   Condensate recovery unit having no moving part assured zero maintenance.

2.   Condensate recovery unit utilise of flash steam.

3.   Condensate recovery unit Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate recovery unit Can be operated on compressed Air.

6.   Condensate recovery unit Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate recovery unit operation can be checked in sight glass.

8.   Condensate recovery unit of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate recovery unit skid Mounted so easy to install.

Application :

Condensate recovery unit use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Why Steam operated pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in steam operated pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while steam operated pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while steam operated pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while steam operated pump will never have this problem.

Features

1.   Steam operated pump having no moving part assured zero maintenance.

2.   Steam operated pump utilise of flash steam.

3.   Steam operated pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Steam operated pump Can be operated on compressed Air.

6.   Steam operated pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Steam operated pump operation can be checked in sight glass.

8.   Steam operated pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Steam operated pump skid Mounted so easy to install.

Application :

Steam operated pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Condensate heat recovery must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in condensate heat recovery condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while condensate heat recovery have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while condensate heat recovery will never have these problems.

Electrical pump faces the cavitations and pitting problems while condensate heat recovery will never have this problem.

Features

1.   Condensate heat recovery having no moving part assured zero maintenance.

2.   Condensate heat recovery utilise of flash steam.

3.   Condensate heat recovery Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate heat recovery Can be operated on compressed Air.

6.   Condensate heat recovery Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate heat recovery operation can be checked in sight glass.

8.   Condensate heat recovery of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate heat recovery skid Mounted so easy to install.

Application :

Condensate heat recovery use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Condensate recovery must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in condensate recovery condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while condensate recovery have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while condensate recovery will never have these problems.

Electrical pump faces the cavitations and pitting problems while condensate recovery will never have this problem.

Features

1.   Condensate recovery having no moving part assured zero maintenance.

2.   Condensate recovery utilise of flash steam.

3.   Condensate recovery Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate recovery Can be operated on compressed Air.

6.   Condensate recovery Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate recovery operation can be checked in sight glass.

8.   Condensate recovery of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate recovery skid Mounted so easy to install.

Application :

Condensate recovery use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump  use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Condensate transfer pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in condensate transfer pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while condensate transfer pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while condensate transfer pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while condensate transfer pump will never have this problem.

Features

1.   Condensate transfer pump having no moving part assured zero maintenance.

2.   Condensate transfer pump utilise of flash steam.

3.   Condensate transfer pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate transfer pump Can be operated on compressed Air.

6.   Condensate transfer pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate transfer pump operation can be checked in sight glass.

8.   Condensate transfer pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate transfer pump skid Mounted so easy to install.

Application :

Condensate transfer pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why High temperature condensate pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in high temperature condensate pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while high temperature condensate pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while high temperature condensate pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while high temperature condensate pump will never have this problem.

Features

1.   High temperature condensate pump having no moving part assured zero maintenance.

2.   High temperature condensate pump utilise of flash steam.

3.   High temperature condensate pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   High temperature condensate pump Can be operated on compressed Air.

6.   High temperature condensate pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of High temperature condensate pump operation can be checked in sight glass.

8.   High temperature condensate pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   High temperature condensate pump skid Mounted so easy to install.

Application :

High temperature condensate pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Pressure powered condensate pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in pressure powered condensate pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while pressure powered condensate pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while pressure powered condensate pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while pressure powered condensate pump will never have this problem.

Features

1.   Pressure powered condensate pump having no moving part assured zero maintenance.

2.   Pressure powered condensate pump utilise of flash steam.

3.   Pressure powered condensate pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Pressure powered condensate pump Can be operated on compressed Air.

6.   Pressure powered condensate pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Pressure powered condensate pump operation can be checked in sight glass.

8.   Pressure powered condensate pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Pressure powered condensate pump skid Mounted so easy to install.

Application :

Pressure powered condensate pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Steam condensate pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in steam condensate pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while steam condensate pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while steam condensate pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while steam condensate pump will never have this problem.

Features

1.   Steam condensate pump having no moving part assured zero maintenance.

2.   Steam condensate pump utilise of flash steam.

3.   Steam condensate pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Steam condensate pump Can be operated on compressed Air.

6.   Steam condensate pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Steam condensate pump operation can be checked in sight glass.

8.   Steam condensate pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Steam condensate pump skid Mounted so easy to install.

Application :

Steam condensate pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Steam condensate return pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in steam condensate return pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while steam condensate return pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while steam condensate return pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while steam condensate return pump will never have this problem.

Features

1.   Steam condensate return pump having no moving part assured zero maintenance.

2.   Steam condensate return pump utilise of flash steam.

3.   Steam condensate return pump Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Steam condensate return pump Can be operated on compressed Air.

6.   Steam condensate return pump Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Steam condensate return pump operation can be checked in sight glass.

8.   Steam condensate return pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Steam condensate return pump skid Mounted so easy to install.

Application :

Steam condensate return pump use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Why Steam powered condensate pump must be used instead of conventional electrically operated pumps?

Presently in some of industry, condensate is collected in the collection tank and there after it is being pumped by conventional electrically operated centrifugal pumps. In this process 15-20° C temperature reduce as it is stored in collection tank. While in steam powered condensate pump condensate water is pumped as soon as it is filled. So there is not significant temperature drop.

Electrical pump require frequent maintenance, while steam powered condensate pump have only float type moving part which is fit and forgot type.

Electrical pump faces the problem of dry running due to high vapour pressure while steam powered condensate pump will never have these problems.

Electrical pump faces the cavitations and pitting problems while steam powered condensate pump will never have this problem.

Features

1. Steam powered condensate pump having no moving part assured zero maintenance.

2. Steam powered condensate pump utilise of flash steam.

3. Steam powered condensate pump Suitable for high temp. Application. No cavitations problem

4. In Condensate recovery pump less steam consumption at low pressure.

5. Steam powered condensate pump Can be operated on compressed Air.

6. Steam powered condensate pump Automatic venting of Air & Non - Condensable gases

7. Easy monitoring of Steam powered condensate pump operation can be checked in sight glass.

8. Steam powered condensate pump of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9. Steam powered condensate pump skid Mounted so easy to install.

Application :

Steam powered condensate pump use for tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery pump use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

Condensate system is make by combination flash vessel, Condensate Recovery pump & De-aerator

Features

1.   Condensate system having no moving part assured zero maintenance.

2.   Condensate system utilise of flash steam.

3.   Condensate system Suitable for high temp. Application. No cavitations problem

4.   In Condensate recovery  pump less steam consumption at low pressure.

5.   Condensate system Can be operated on compressed Air.

6.   Condensate system Automatic venting of Air & Non - Condensable gases

7.   Easy monitoring of Condensate system operation can be checked in sight glass.

8.   Condensate system of Various sizes for different capacities.( max. cap.12,000 kg/hr )

9.   Condensate system skid Mounted so easy to install.

Application :

Condensate system use for  tracing line, radiator, cyclinder, dryer, heat exchanger, vessels, jacketing, Oven, heating tank

Condensate recovery use for Industries like Pharma, Textile, Automobile, Petro chemical, Paper mill, Sugar mill, Processing unit, chemical etc…

 Advantages of CRS:-

·         Condensate system require Less Blowdown in Boiler.

·        Condensate system recover Pure form of Condensate. 

·         Condensate system require Less Chemical.

·         Less Fuel Consumption in Condensate system.