| Model: | Water Treatment |
|---|---|
| Brand: | Vliya |
| Origin: | Made In China |
| Category: | Industrial Supplies / Environment Protection Facilities / Other Environment Protection Facilities |
| Label: | Water Treatment , Boiler Feed Water , Boiler water plant |
| Price: |
US $8000
/ set
|
| Min. Order: | 1 set |
| Last Online:08 Jan, 2016 |
Description of Boiler Feed Water Treatment System
Depending on the different quality of raw water, boiler water treatment may adopt the desalination process of ultrafiltration or traditional filtration equipment + reverse osmosis treatment + ion-exchange or EDI system. When used as the pretreatment system, reverse osmosis can remove ions in more than 98%. Depending on the quality of raw water and various requirement of the boiler, as a powerful desalination system, the ion-exchange system adopts combination of cation bed, ion bed and mixed bed or single pass mixed bed or double pass mixed bed to meet the boiler feed water requirement. Compared with traditional ion-exchange method, the reverse osmosis system removes the salt completely, so it can prolong the regeneration period enormously. This technology boasts steady working, ease of operation, high-level automation, low running cost and less environmental influences.
General flow chart of Boiler Feed Water Treatment System
|
1. Raw Water Tank→Raw Water Pump→Sand Filter→Cartridge Filter→RO System→Mixed Bed |
| 2. Raw Water Tank→Raw Water Pump→Disc Filter→UF→RO System→Mixed Bed |
| 3. Raw Water Tank→Raw Water Pump→Sand Filter/UF→Cartridge Filter→RO System→EDI |
Features of Boiler Feed Water Treatment System
• Welded and powder coated steel skid frames
• Low energy or high rejection membrane elements
• FRP pressure vessels
• Welded stainless steel high-pressure pipe work
• 5-micron pre-filter and housing
• Integrated process controls
• Automatic inlet valve
• User-friendly microprocessor controls
• Automatic flush system
• Pre-filter, post-filter, primary, and final pressure gauges
• Permeate and concentrate flow transmitters
• Inlet and permeate conductivity transmitters
• Pressure transmitters
• Clean-In-Place (CIP) system
