Description

The Steam Separator is an essential component in steam systems, designed to remove water droplets, moisture, and suspended impurities from steam, ensuring a clean and dry steam supply. This improves heat transfer efficiency, protects equipment, reduces energy consumption, and extends the service life of the entire steam system.

The Steam Separator is locally manufactured in Egypt in accordance with industrial quality standards. It is available in a wide range of sizes to meet various application requirements, with a maximum working pressure of up to 40 bar.

Applications

The Steam Separator is widely used in:

* Steam boilers
* Steam distribution and piping systems
* Power generation plants
* Food and beverage industries
* Pharmaceutical industries
* Chemical and petrochemical plants
* Textile and paper mills
* Heating systems and other steam-based industrial processes

Technical Specifications

* Product Type: Steam Separator
* Country of Manufacture: Made in Egypt
* Maximum Working Pressure: Up to 40 bar
* Body Material: Carbon Steel or Stainless Steel, depending on application requirements
* Connection Type: Flanged or as required by the customer
* Available Sizes: Various sizes available upon request
* Application: Removal of water and moisture from steam lines

Features & Benefits

* Delivers high-quality dry steam
* Improves heat transfer efficiency
* Protects equipment against corrosion and water hammer
* Reduces energy and fuel consumption
* Extends the service life of boilers and steam pipelines
* Locally manufactured with high-quality workmanship and customizable specifications
* Easy installation and maintenance
* Suitable for industrial applications with working pressures up to 40 bar

Operating Principle

The Steam Separator operates by changing the direction and velocity of the steam flow inside the separator body. This causes water droplets and heavier particles to separate from the steam through centrifugal force and gravity. The separated condensate collects at the bottom of the separator and is discharged through a Steam Trap, while the dry steam continues to the point of use, ensuring maximum system efficiency and reliable performance.