STEAM HEADER

A steam header is a steam distribution manifold designed to collect and distribute steam flow from the main source to multiple process lines or industrial equipment. The design utilizes a horizontal cylindrical vessel mounted on two pedestal supports, providing good structural stability and strength during operation under high pressure and temperature conditions. The upper section of the steam header is equipped with several nozzles and valves that function as steam distribution outlets to various process lines. It is also fitted with instrumentation such as a pressure gauge and safety valve to monitor and maintain safe operating pressure within the system. The main inlet and outlet connections use flanges, allowing easier installation and maintenance. The lower section of the steam header is provided with a drain and condensate outlet system used to remove condensate formed from steam cooling, ensuring the steam remains dry and efficient for process applications. The valves installed on the drain line allow controlled condensate discharge. Steam headers of this type are commonly used in boiler utility systems, manufacturing industries, food and beverage plants, chemical industries, and power generation facilities because they help provide stable, safe, and efficient steam distribution throughout the piping network. In general, steam headers such as the one shown in the image are widely used in: 1. Boiler plants 2. Food and beverage industries 3. Palm oil mills 4. Chemical industries 5. Textile and industrial laundry facilities 6. Industrial utility systems The advantages of this steam header design include: 1. More uniform steam distribution 2. Easier steam line flow control 3. Reduced pressure drop 4. Easier maintenance and line isolation 5. Improved safety of the steam piping system