Steam boilers, dating back to the 18th century, have progressed from powering small stationary steam engines and steam trains to being the powerhouses of large, demanding processes, with the ability to provide very substantial outputs. They provide high quality steam, from dry saturated, to high superheated temperatures, and due to the design of the heat exchanger, they are also capable of providing very high operating pressures. They are suitable for applications requiring a high steam output, high pressure steam or superheated steam.

   Steam generators are equipment used to produce steam from water by heating, burning a fuel or using other energy sources. The steam generated is then used in various industrial processes or to generate electricity, through steam turbines.

   A typical steam generator consists of a boiler, where water is heated by burning a fuel (wood, coal, natural gas) or by using other energy sources, and a safety system to prevent excessive pressure.

   To produce quality steam, steam generators must be carefully constructed and maintained to ensure the efficiency and safety of the process.

Note: The steam installation is made in the operating version with or without supervision, according to ISCIR norms, every 48 hours or 72 hours.