Sealing steam is as the name says - it provides a seal for turbines that exhaust into a vaccum condenser, hence creating a better vaccum, and preventing non condensables from entering the system sealing is of two type say positive sealing and negative sealing used for perffect sealing positive used in hp side and negative in lp side.
gland condenser is a type of condenser in which steam which is coming from d turbine is used for the heating of demineralised water and then this water is sent to the boiler so boiling of hot water consumes less coal and thus we get benifit of it
There are many things that could cause your exhaust temperature to be high. Your exhaust may be plugged for example.
Steam rate means how much mass of steam entering into system per time.........
steam turbine cold start up list:
Steam turbine nozzle clearance is the total energy content available in steam. This is through a valve.
gland steam cooler is used to cool steam of gland sealing comes from turbine
The basic concept of gland sealing is law of pressure difference.(high pressure fluid prevent the flow of low pressure fluid)
1. For lubrication the bearings 2. For controlling the turbine 3. For sealing
Gland staem condenser is meant for condensing the steam whichwas used for sealing the LABYRINTH GLAND and reusing it d cycle. It is then passed through d drain cooler and LP heaters and so on......
steam
Steam in nuclear power plants is used to drive turbines for generation of kinetic energy.
The homophone for "sealing" is "ceiling."
It Powers the Huge turbine that produces electricity.
If your cooker won't build steam the gasket isn't sealing. Try taking the gasket out and oiling with vegetable oil and re-inserting it. Make sure it is totally even in the groove. If there are any gaps it won't build pressure.
"Our focus for this application is the point where the rotating shaft exits the steam turbine casing. At this point, atmospheric air is on one side of the casing and high or low- pressure steam is on the other side. High-pressure steam exists at one end of the turbine and steam under vacuum exists at the other end. Seals are used to keep the steam in and the air out, however some leakage occurs. If this leakage went unchecked, the moisture would create a humid, dripping environment resulting in rust of the equipment. Also, air would get into the turbine casing and reduce the condenser vacuum, and thus reduce the efficiency of the overall cycle." See http://www.apiheattransfer.com/en/Applications/Power-GlandSteamCondenserPackage.htm
it will be depend on the application, however following material are generaly used for pipe sealing -asbestos sheed - PTFE -composite sheet(Rubber+asbestos)
The homophone for "ceiling" is "sealing".