Wenhua Chengfeng: +86-535-2137899
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Elevating Energy Grade
Increases steam pressure to upgrade low-grade energy into high-grade energy, expanding its application scope.
High Degree of Independence
Minimal reliance on supporting utilities, resulting in high independence. Reduces investment, shortens construction time, and simplifies operation and maintenance.
High Efficiency and Stability
The steam compression unit employs the same type of impeller as ORC units, optimized for water vapor medium, with efficiency up to 90%.
Skid-Mounted Design
Skid-mounted for easy transportation, small footprint, minimal on-site civil work, and short construction period.
Fully Automated, Enclosed Operation
Capable of unmanned operation with easy maintenance and low running costs. Annual operating costs are only about 1% of the unit's purchase price, with an average system lifespan of 15–20 years, ensuring a low total ownership cost (TOC).
Simple Process Flow
Only 4 external connections: steam inlet/outlet and cooling water inlet/outlet.
| High-Pressure Centrifugal Water Vapor Quality Enhancement Unit (HPVC) | Traditional Mechanical Vapor Recompression System (MVR) |
| Positive Pressure Steam Intake | Negative Pressure / Slightly Positive Pressure Steam Intake |
| Saturation temperature rise can be designed to be significantly higher | Saturation temperature rise typically within 20°C |
| Discharge temperature controlled around 350°C; housing designed for 4 MPa pressure resistance | Discharge is essentially saturated steam with temperatures generally under 125°C |
| High-speed design | Lower operating speed |
| Higher-grade materials (e.g., specialized alloys) | TC4 (Titanium Alloy) or Stainless Steel |