The difference is that geysers are way much hotter than the steam from hot springs. The geysers can give you 3rd degree burns. But so can the steam from hot springs if you're in there to long.
The boiler heats water into steam. The steam is pressurized and fed into a turbine which causes it to rotate. As the steam turbine rotates, the connected generator rotates and produces electricity. Make Sense??? Please 'Recommend Contributor'
Steam is redirected back into the boiler from the high-pressure turbine for reheating, but the steam from the low-pressure turbine enters into a condenser to become water again.
it is difference between the water level from head race and tail race
The word is "turbine".
The steam turbine blades to turn creates steam.The steam engine, steam piston Myllng after the turn brings.+++They are both steam-engines. The turbine is purely rotative; the reciprocating steam-engine uses cylinders and pistons.
Back pressure is the small amount of vacuum that is created when the used steam condenses from the turbine back into re-usable water.
The amount of energy transferred from the steam is a function of the temperature difference between the input and output of the turbine. Also, superheating the steam ensures that there are no water molecules that can damage the turbine blades.
The main difference between a pressurized water reactor (PWR) and a boiling water reactor (BWR) lies in the way they generate steam within the reactor. In a PWR, water remains pressurized and does not boil inside the reactor core, while in a BWR, water boils within the core to produce steam. This difference impacts the design and operation of each type of reactor.
The boiler heats water into steam. The steam is pressurized and fed into a turbine which causes it to rotate. As the steam turbine rotates, the connected generator rotates and produces electricity. Make Sense??? Please 'Recommend Contributor'
A steam turbine works by using high-pressure steam to rotate turbine blades connected to a shaft. The steam expands through the blades, causing them to turn and drive a generator to produce electricity. The used steam is then condensed back into water and recycled in a closed-loop system.
Steam is redirected back into the boiler from the high-pressure turbine for reheating, but the steam from the low-pressure turbine enters into a condenser to become water again.
A boiling water nuclear reactor delivers steam to the turbine blades. The heated water in the reactor boils and produces steam, which is then used to drive the turbine blades and generate electricity.
bleed is amount of steam output from turbine through pipe and exit from final stage of turbine . this bleed enter to feed water heater (low and high) and deaereator to increase unit efficiency or rather bleed is the amount of steam drained out of the steam turbine during the expansion of steam and this rejected heat energy is used to heat the feed water supplied to the boiler...........
The feed system cycles between boiler and turbine and enables the steam to return to the boiler as feed water. A closed feed cycles a main propulsion steam run turbine through a high pressure water tube boiler. The condenser, set to a high vacuum, will receive the steam turbine exhaust.
The feed system cycles between boiler and turbine and enables the steam to return to the boiler as feed water. A closed feed cycles a main propulsion steam run turbine through a high pressure water tube boiler. The condenser, set to a high vacuum, will receive the steam turbine exhaust.
it is difference between the water level from head race and tail race
water is a liquid but water vapours is steam... when we boil water it will turn into steam which is called water vapours...