Steam generator is a device used to boil water to create steam. It is built in a wide range of sizes and capacities, depending upon the end use application. They can be small units, such as a small sterilizing unit , making a few hundred pounds of steam per hour. It may be required to produce different grades of steam such as industrial, clean and pure. This steam is often fed into a turbine connected to an electrical generator, although it can also be used on its own for heating or industrial applications.

Steam Gun Station connects in-plant steam supply. Steam Gun and hose will deliver raw steam for cleaning motors and castings. It is ideal for cleaning areas where significant water volume cannot be tolerated.

Steam Heated Evaporators is designed to self adjusts the liquid chlorine level to prevent the build up of excessive pressure. An automatic or manual shut-off valve and pressure relief valve, cathodic protection, steam valve, condensate trap, drain valve, pressure gauge and temperature gauge are also included for safe operation. It is designed for reliability, safety and very little maintenance. It is fully automatic or partially automatic depending upon the level of automation and sophistication. It is fitted with a liquid injection system to prevent too high exit temperatures at low consumption conditions. In steam heated type the vaporizing medium is steam.

Steam heaters are simply heat exchangers in which one medium is steam being condensed while the other medium is a gas (air) being heated when forced through the heat exchanger with a fan. The inlet air may be ducted or simply gathered from the room in which the steam heating unit is positioned. The actual heat exchanger is constructed as a matrix of tubes (normally copper) and corrugated or flat fins (aluminum, copper or other materials) with as high thermal conductivity as feasible for the given application.