Steam jet Ejector + Shell & Tube Type Condensers
Shell and Tube type Condenser: As the name suggests, this type of condenser has a shell with a bundle of tubes inside. Two fluids, of different temperatures run inside the condenser, one in the tube and another outside the tubes and het is transferred from one fluid to another. The fluids can be liquid or gas, depending on the process.
Shell and Tube Condensers are also called Shell & Tube type Heat Exchangers because heat is transferred between the fluids. They can be of single-phase or two-phase heat exchangers.
- Installed at barometric heights.
- No moving parts involved.
- Capable of handling high non-condensable loads.
- Occupies relatively more space.
- High capital costs as initial investments are high.
- Due to the type of condenser involved, the cooling water does not get contaminated.
- Steam and vapor condensate recovery is possible.
Material Of Construction
- Cast Iron
- Carbon Steel
- SS-304/SS-304L/SS-304Ti
- SS-316/SS-316L/SS-316Ti
- SS-904L
- Graphite (Phenolic and )
- Polypropylene (PP)
- Hastalloy C-276
- Teflon Lined
- Rubber Lined
- FRP Lined
- Polytetrafluoroethylene (PTFE)
- Any Other Customized M.O.C
Key Features & Benefits:
High Vacuum Efficiency
Utilizing high-velocity steam, these ejectors effectively create strong vacuum levels required for critical industrial processes.
Corrosion Resistance
Graphite is highly resistant to acids, alkalis, and aggressive chemicals, ensuring long-term operation in extreme conditions.
No Moving Parts
With no mechanical components, these systems require minimal maintenance, reducing operational costs and downtime.
Customizable Design
Graphite steam jet ejectors can be custom-engineered to meet specific process requirements, including single-stage or multi-stage configurations.
Energy Efficient & Cost-Effective
By eliminating the need for mechanical vacuum pumps, these ejectors provide an energy-efficient and cost-effective vacuum solution.
Product Images:
