Product Overview
The steam water separating internal elements for boiler are engineered to extract moisture from high‑pressure steam streams, protecting downstream equipment and preserving thermal efficiency. Designed for petrochemical, power‑generation and heavy‑industry boiler systems, these internal modules provide reliable separation without compromising flow rates or pressure stability. Our units combine corrosion‑resistant alloys, precision‑machined internals, and a compact footprint that can be retrofitted into existing boiler headers or incorporated into new plant designs.
How It Works
Moisture entrained in superheated steam is forced through a series of finely‑tuned baffles and mesh screens. The internal geometry creates a controlled turbulence that coalesces water droplets, allowing gravity and centrifugal forces to separate them from the steam core. Separated water collects in a sealed sump and is discharged via a dedicated drain line, while the dry steam proceeds to turbines, heat exchangers, or process equipment. The design eliminates the need for external separators, reduces pipe‑work complexity, and minimizes pressure drop—key considerations for high‑duty boiler cycles.
Our proprietary surface treatment further reduces fouling, extending maintenance intervals. The modular construction also enables quick replacement of wear parts, supporting a high availability target of 95 %+ for continuous‑operation plants.
Technical Specifications
| Parameter | Typical Range | Unit |
|---|---|---|
| Design Pressure | 10 – 30 | MPa |
| Maximum Operating Temperature | 350 – 550 | °C |
| Flow Capacity (Steam) | 5 – 150 | t/h |
| Water Removal Efficiency | > 99.5 | % |
| Material (Body) | AISI 321 / 904L | Stainless Steel |
| Connection Size | DN 50 – DN 250 | ISO |
| Typical Lead Time | 15 – 45 | days |
Note: All dimensions and material grades are fully customizable to match project‑specific codes (ASME, EN, API) and installation constraints.
Application Scenarios
- Power‑plant boiler feedwater loops where excess moisture can cause turbine blade erosion.
- Refinery steam‑driven reactors that require ultra‑dry steam to prevent catalyst deactivation.
- District‑heating systems where condensate return must be strictly controlled to avoid corrosion.
- Marine propulsion boilers where space constraints demand an integrated separator within the header.
- High‑temperature heat‑recovery steam generators (HRSG) where efficiency penalties from water carry‑over are unacceptable.
Selecting the right steam water separating internal elements for boiler reduces operational risk, extends turbine life, and improves overall plant heat rate. Our engineering team works with OEMs to size the unit according to your specific steam parameters, ensuring a seamless fit into existing process flow diagrams.
Frequently Asked Questions
What is the minimum order quantity (MOQ) for custom designs?
We accept orders from a single unit for prototype testing up to full‑scale production runs. MOQ is determined by the chosen material grade and required certifications.
Can the internal elements be adapted to non‑standard connection sizes?
Yes. Our design team can engineer custom flange or welding interfaces to match DN 15‑300, or provide bespoke transition fittings per project specifications.
What warranty and after‑sales support are provided?
All units ship with a 24‑month limited warranty covering material and workmanship. We also offer optional on‑site commissioning, performance testing, and a spare‑parts program.
Is the product compliant with international boiler codes?
Our separators are manufactured in accordance with ASME Section I, EN 12952, and API 650 requirements, and we can provide the necessary certification packages on request.
Ready to eliminate steam‑borne water and protect your critical assets? Contact our engineering sales team today for a free feasibility review and a quotation tailored to your plant’s parameters.
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