Evaporative Condensers
Offering you a complete choice of products which include shell and tube type condenser.Shell And Tube Type Condenser
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Approx. Price: Rs 1,00,000 / PieceGet Latest Price
WE ARE BASICALLY MANUFACTURE OF SHELL AND TUBE TYPE AIR COOLED TO COOL THE STEAM, AIR . WE WILL SUPPLY ALL TYPES OF POWER PLANT, CHEMICAL PLANTS
A shell and tube condenser is a type of heat exchanger used to condense vapors or gases into liquids. It's commonly used in power plants, refrigeration systems, and chemical processing industries.Key Components:
1. Shell: A cylindrical vessel that houses the tubes.
2. Tubes: A bundle of tubes inside the shell where the condensation occurs.
3. Tube Sheet: A plate that supports the tubes and separates the shell from the tube bundle.
4. Baffles: Plates or rods that direct the flow of the shell-side fluid and improve heat transfer.
Working Principle:
1. Vapor Entrance: The vapor or gas to be condensed enters the shell through an inlet nozzle.
2. Condensation: The vapor comes into contact with the tubes, which are cooled by a fluid (usually water or seawater) flowing through them. This causes the vapor to condense into a liquid.
3. Liquid Collection: The condensed liquid collects at the bottom of the shell and is removed through an outlet nozzle.
Advantages:
1. High Heat Transfer Rates: Shell and tube condensers offer high heat transfer rates due to the large surface area of the tubes.
2. Flexibility: They can handle a wide range of operating conditions and fluid properties.
3. Reliability: Shell and tube condensers are robust and reliable, with a long service life.
Applications:
1. Power Plants: Used to condense steam from turbines.
2. Refrigeration Systems: Used to condense refrigerants.
3. Chemical Processing: Used to condense vapors from chemical reactions.
Design Considerations:
1. Tube Material: Selected based on corrosion resistance, thermal conductivity, and mechanical strength.
2. Tube Diameter: Influences the heat transfer rate and pressure drop.
3. Baffle Spacing: Affects the shell-side flow and heat transfer.
4. Shell Size: Determined by the required heat transfer area and fluid flow rates.
Product Details:
| Minimum Order Quantity | 1 Piece |
| Shape | ROUND |
| Capacity | 350 CFM |
| Condenser Application | Steam Power Turbine |
| Primary Exchanger Material | Steel |
| Work Pressure | 10 KG |
| Tube Diameter | 25.4 |
| Country of Origin | Made in India |
WE ARE BASICALLY MANUFACTURE OF SHELL AND TUBE TYPE AIR COOLED TO COOL THE STEAM, AIR . WE WILL SUPPLY ALL TYPES OF POWER PLANT, CHEMICAL PLANTS
A shell and tube condenser is a type of heat exchanger used to condense vapors or gases into liquids. It's commonly used in power plants, refrigeration systems, and chemical processing industries.Key Components:
1. Shell: A cylindrical vessel that houses the tubes.
2. Tubes: A bundle of tubes inside the shell where the condensation occurs.
3. Tube Sheet: A plate that supports the tubes and separates the shell from the tube bundle.
4. Baffles: Plates or rods that direct the flow of the shell-side fluid and improve heat transfer.
Working Principle:
1. Vapor Entrance: The vapor or gas to be condensed enters the shell through an inlet nozzle.
2. Condensation: The vapor comes into contact with the tubes, which are cooled by a fluid (usually water or seawater) flowing through them. This causes the vapor to condense into a liquid.
3. Liquid Collection: The condensed liquid collects at the bottom of the shell and is removed through an outlet nozzle.
Advantages:
1. High Heat Transfer Rates: Shell and tube condensers offer high heat transfer rates due to the large surface area of the tubes.
2. Flexibility: They can handle a wide range of operating conditions and fluid properties.
3. Reliability: Shell and tube condensers are robust and reliable, with a long service life.
Applications:
1. Power Plants: Used to condense steam from turbines.
2. Refrigeration Systems: Used to condense refrigerants.
3. Chemical Processing: Used to condense vapors from chemical reactions.
Design Considerations:
1. Tube Material: Selected based on corrosion resistance, thermal conductivity, and mechanical strength.
2. Tube Diameter: Influences the heat transfer rate and pressure drop.
3. Baffle Spacing: Affects the shell-side flow and heat transfer.
4. Shell Size: Determined by the required heat transfer area and fluid flow rates.
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Additional Information:
- Production Capacity: 100
- Delivery Time: 4 WEEKS
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