![]() ![]() ![]() These four basic types are defined and illustrated in Figure 14.2.1. The subject of condensate piping will divide naturally into four basic types where the requirements and considerations of each will differ. Here it can be picked up by high velocity steam, leading to erosion and waterhammer in the pipework. Condensate must not be allowed to accumulate in the steam main.Generally apparatus is designed to operate nonflooded, and where this is the case, accumulated condensate will inhibit performance, and encourage the corrosion of pipes, fittings and equipment. ![]() Condensate must not be allowed to accumulate in the plant, unless the steam using apparatus is specifically designed to operate in this way.For this reason it is best to start by considering what has to be achieved, and to design a layout which will ensure that basic good practice is met. Much depends on the application pressure, the steam trap characteristics, the position of the condensate return main relative to the plant, and the pressure in the condensate return main. No single set of recommendations can cover the layout of condensate pipework.
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