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A steam system consists of a steam-supply/generating facility, a steam and condensate return/water piping system, and a steam-use facility (Figure 1). In this section, the discussion is focused on the integration of the various equipment within the steam-generating facility. Information is offered which need be considered when designing a steam ...
Describe the components of a steam distribution system. The exterior distribution system is divided into underground and aboveground systems. The following topics discuss these two systems in detail. The major underground systems are the conduit and the utilidor types of systems.
Armstrong's Best Practices Piping Diagrams for Steam and Condensate Systems. condensate drain points with traps. Install condensate drain points with steam traps at the bottom of any vertical lift regardless of the steam flow direction.
This document provides a legend for the standard equipment depicted on a P&I diagram for a steam boiler plant. The legend contains over 50 terms describing common components used in boiler systems like valves, sensors, indicators, controls and other equipment.
This document contains a legend describing various components that may be included in a steam boiler plant, such as valves, sensors, indicators, and controls. It notes that the diagram shows standard equipment and that an installation-specific diagram should be used for actual installation.
Steam System Operation This sourcebook uses four categories to discuss steam sys-tem components and ways to enhance steam system per-formance: generation, distribution, end use, and recovery. These four areas follow the path of steam as it leaves the boiler and returns via the condensate return system. Generation
• Very high steam pressures and temperatures can be achieved which is advantageous for processes such as power generation. • Steam can be readily distributed and easily controlled.
