product description
- Steam stays clean. Efficiency stays high. That is the principle behind every surface condenser engineered at Vikrant Heat Exchangers.
- Unlike direct-contact condensers, our surface condensers keep exhaust steam and cooling water completely isolated, preserving condensate purity, protecting your boiler, and recovering every unit of recoverable energy. The result is a leaner heat cycle, reduced corrosion risk, and longer equipment life across your entire plant.
- As a dedicated condenser manufacturer and supplier in India, Vikrant Heat Exchangers designs each unit from actual plant parameters, not generic templates. Ambient conditions, water quality, vacuum requirements, and load variation are all calculated in before a single dimension is committed to drawing.
Key Features of Vikrant Surface Condensers
| High Heat Transfer Efficiency | : | Optimized tube layout and calculated surface area ensure fast, effective condensation, reducing back-pressure on the turbine and improving overall cycle output. |
| Low Oxygen in Condensate | : | Tight deaeration performance minimizes dissolved oxygen in the condensate return, dramatically lowering boiler corrosion risk and extending equipment service life. |
| Flexible Steam Inlet Configurations | : | Available in axial, radial (side), and down flow arrangements to suit your plant layout, with no costly civil modifications required. |
| High Vacuum Capability | : | Designed for sustained, stable operation under deep vacuum conditions, supporting efficient steam flow from the turbine exhaust throughout varying load cycles. |
| Compact, Space- Optimised Build | : | Intelligent tube bundle geometry delivers high surface area within a minimal footprint, ideal for brownfield installations or space-constrained new plants. |
| Site-Specific Engineering | : | Every condenser is sized using actual site data: ambient temperature, cooling water quality, seasonal load swings, and vacuum requirements. No over-designed guesswork. |
| Robust Construction | : | Built for continuous industrial operation under thermal and mechanical stress, with material selections matched to your process environment. |
technical specification
| Capacity | : | Custom-built as per plant requirement |
| Cooling Type | : | Water-cooled |
| Design Standards | : | TEMA / ASME |
| Tube Material | : | Carbon Steel (CS) | Stainless Steel (SS) | Copper Alloys | Titanium |
| Shell Material | : | Carbon Steel | Stainless Steel |
| Steam Inlet Type | : | Axial | Radial (Side) | Downflow |
| Mounting Orientation | : | Horizontal | Vertical |
| Vacuum Design | : | High-vacuum rated |
| Construction | : | Shell & Tube |