Fossil fuels are high in hydrocarbons which ignite under a spark which can be used to boil water and the steam can be used to turn a turbine.
Fossil fuel is burned to boil water and create steam. This steam is sent through turbines to turn generators which have magnets that cause eddy currents in coils.
The alterative to this is hydro which catches falling water in those turbines to turn the generators. Nuclear material can also be used to boil water for steam.
As in almost all power stations, the actual electricity comes from a generator, powered by a turbine powered by steam. Here's how it all goes:
First, the fuel (whether it's coal, oil, gas, or wood) is burned in a furnace at very high temperatures. The furnace than superheats water into steam. The steam creates enormous amounts of pressure which is used to rotate a turbine, which is rather like a set of very tightly packed fan blades on a shaft. The steam rushing past the fan blades causes the shaft to rotate very quickly. Attached to the shaft is the actual rotor of the generator.
What really happens in a power plant is that energy is released from the fuel, and then that energy is converted from heat, to pressure, to motion, and finally to electricity.
First the fossil fuel power station puts the fuels into the boiler where they are burnt. Coal has to be crushed into a fine powder to be burnt whilst natural gas and oil can be burnt directly. Water goes through boiling tubes and the immense heat of the fossil fuels turns the water to steam. The steam is then transferred under pressure and high speed through pipes. The steam causes the turbine to move. The turbine is connected to a generator that contains a rotor; large electromagnets are attached to the rotor. The movement of the turbine causes the generator to move which creates a flow of electrons which produces electricity. The steam condenses back to water using cold water so that process can continue.
Fossil fuels like coal, oil, natural gas all burn well with oxygen, because they contain a lot of carbon. So thermal energy is produced, which can be converted to electric energy in a power plant, or to mechanical energy in a heat engine.
AnswerThe easiest way is to burn it, oxidizing the carbon. Converting a highly reduced carbon in a fossil fuel to a fully oxidized carbon, CO2, releases heat energy that can be utilized in a variety of situations such as pushing a piston, spinning a turbine, moving a car or heating a house.Coal is burned which heats up water which evaporates and makes steam. The steam then spins turbines which power an electrical generator.
fossil fuels are turned into energy through plants that add other oils and gross poluting stuff, which is then sen t out to around the world
Yes, it is very much the largest world-wide. In the US, coal is 49 percent, natural gas 16 percent, oil about 2 percent, of total electric generation
burn it. boil water. use steam to turn turbines, use turbines to turn generators.
When fossil fuels are burned they turn into mercury which released into the atmosphere
steps for power plant transform fossil fuels
it is way better than fossil fuels
Fossil fuels contain energy that originally came from the sun.
What energy comes from things besides fossil fuels
the burning of fossil fuels creates thermal energy, which in this case is on the from of steam, which then in turn rotates a turbine
the energy that is in fossil fuels is chemical and radiant energy.
When fossil fuels are burned they turn into mercury which released into the atmosphere
No. Fossil fuels store chemical energy. It is this chemical energy we tap by using them for fuels.
Fossil Fuels =)
Nuclear energy does not come from fossil fuels
No. Alternative energy means energy sources other than fossil fuels.
Natural gas is a fossil fuel. Other fossil fuels do not "turn into" natural gas.
Fossil fuels are exhaustible. Electric energy is an alternative.
Fossil fuels.
All fuels by definition are used to produce energy, fossil fuels are no exception. (Shorter answer: Yes.)
When fossil fuels are burned, some of the chemical energy stored in them is converted into thermal energy.