What is the condensate pump?
Condensate pump is a device used to move and rout the flow of wastewater produced by boilers, furnaces and air conditioning systems. This condensed steam or water vapor leaves these systems over the trap on the steam and collected in a nearby pelvis or bath. Once the levels increase, the condensate pump redirects the liquid from the pan to the outdoor ventilation or the waste area. In some applications, the condensate pump can direct this liquid back to the reuse system. It is produced during the heat exchange process performed by heat pumps and air conditioning. Furnaces and boilers produce condensate because the steam used in these systems is cooled and returns to the liquid state. All these systems create a form of condensate and all except the most basic include a type of condensate pump. The size of the heating or cooling system. The pump should also be associated with a place and should be able to safely exclude condensate based on slope and area conditions. SomeCondensate types may require special pumps that are able to deal with minerals and other by -products found in condensate. This may include acidic materials, especially if the pump is used with a production or industrial furnace or boiler.
On a typical heating and cooling system, the condensate pump collects and eliminates the condensate into nature. Can leave the city sewer system or sump. Because condensate contains some by -products of minerals and combustion, it may require special handling in some applications. The hot condensate temperature may also affect disposal.
In factories and industrial environments, a condenser pump can be used as a part of energy recovery. The pump directs the waste water back to the boiler for cleaning and reuse. Some systems can simply capture thermal energy from condensate and then tuto Energy reuse for heating or manufacturing processes. Water can then be excluded from the building through normal channels.
The use of condensate pump as part of the energy recovery system offers a number of advantages for building management. It reduces heating costs and water costs and can help improve passengers comfort when used for heating. Energy recovery also protects the environment by reducing fossil fuel demand and reducing the level of air and water pollution.