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Q: What is Ratchet system in gas turbines?
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Are all turbines powered by steam?

No, there are gas turbines powered by hot gas formed by the burning of kerosene (in aircraft engines) or by natural gas combustion for electrical generation. Gas turbines are also used in some naval ships. Then there are water turbines as used in hydro power. Also, wind can drive turbines.


What has the author David Charles Hill written?

David Charles Hill has written: 'System identification of gas turbines'


Is there a list of steam turbines gas turbines and gear boxes installed in oil and gas petrochemistry in the Middle East?

UDI


Which one of these is a renewable energy wind turbines coal oil or gas?

Wind turbines.


After diploma in mechanical engineering you which fields you can starat your study?

steam turbines and gas turbines


What has the author William W Bathie written?

William W. Bathie has written: 'Fundamentals of gas turbines' -- subject(s): Gas-turbines


Where are ratchet mechanisms used?

Ratchet mechanisms used in Gas power plant for Gas Turbine. (like Barring gear in steam turbine).


Can gas be converted into a source of power?

Yes, gas can be converted into a source of power through processes like combustion in an engine or a turbine to generate electricity. Natural gas, for example, is commonly used to power electricity generators and heat homes.


What are the Principle of working of a gas power plant?

In the oil and Gas industries , power is generated by electrical generators driven by Gas turbines , Steam turbines , reciprocating engines or in some cases turbo expanders.


What is normal Excess air in gas turbines?

10 to 20 %


How is recent combination cycle gas turbines lost?

factorys


What advantages of gas turbine compared to steam power plant?

Gas turbines are typically much smaller and therefore cheaper. Also, steam turbines require a long time for the fuel (coal, oil, uranium) to heat up the water and so changes in power output are slow. Gas turbines rely partly on the burning and instant expansion of gases, meaning that turbines start and stop much faster.