It's the other way round. Geothermal power creates steam. Water is pumped deep underground where it is forced through layers of very hot rock. The steam produced is pumped up another shaft where it is used to spin a turbine, generating electricity.
The energy produced by heat within the earth's crust is called geothermal energy.
Geothermal is energy, we don't convert it to energy. I think what you're really asking is how can we convert geothermal energy into work. There are geothermal energy fields near Calistoga California. There they simply bore into the ground where the natural hot steam is found from volcanic action and siphon off the steam. That steam is funneled through turbines that turn and power up attached electricity generators. Then the geothermal energy converted to electrical energy is used in the conventional way to power up appliances and such in homes and buildings to do work. The power plant there is called Calpine.
Nuclear power is used to create large amounts of heat which generate steam. Basically, the steam is then used to spin steam turbines attached to generator sets, which generate power.
burning coal to create steam in power plants
Water pipes from the plant are dug into the crust of the earth in areas where their are hot rocks beneath the ground. water is let down the pipes which brings it close to the hot rocks. this causes the water to boil and the steam rises to the surface and on the way turns turbines to produce electricity.
Geothermal power is underground and then provided as steam to create factorys. It is an energy source which is used normally, and used in science.
The energy produced by heat within the earth's crust is called geothermal energy.
Power plants produce geothermal energy by utilizing geothermal dry steam or geothermal hot water accessed by digging wells. Dry steam or hot water is brought to the surface through pipes and processed into electricity in the power plant.

There are three different ways that power plants process geothermal energy. The three different methods are dry steam, flash steam and binary-cycle. All three methods use steam to power a turbine which drives a generator that produces electricity.

• Dry steam geothermal power plants use steam that is brought from below the earth's surface through pipes, directly to the power plant's turbines.

• Flash steam geothermal power plants use hot water that is brought from below the earth's surface. The hot water is sprayed into a tank and creates steam.

• Binary-cycle geothermal plants use moderate temperature water from a geothermal source and combine it with another chemical to create steam. The steam powers the turbine that drives the generator to create electricity.
Geothermal energy has other uses besides the production of electricity in power plants.Geothermal sources of hot water can be used to heat buildings. Hot water is pumped through pipes located in the building walls to heat the building.Geothermal hot water can also be used as a household hot water source.Geothermal hot water does not need to be heated and is therefore a clean and cheap source of hot water.
All geothermal power plants use steam to turn large turbines, which run electrical generators. This steam comes from steam produced from reservoirs of hot water found a couple of miles or more below the Earth's surface. There are three types of geothermal power plants: dry steam, flash steam, and binary cycle.
You get geothermal energy by drilling into the ground, where you use the heat to make steam. the steam then powers a turbo generator, which makes energy to power homes.
Geothermal energy manifests by ejecting steam from the ground. This steam is piped to a power plant where it is injected to turbines that are coupled to electric generators.
You can get it in geysers and mostly geothermal power plants. Geothermal energy makes use of the heat of the Earth to heat water, make steam, and turn a turbine.
Geothermal energy is renewable because it is using heat for the earths "core" and water (turned to steam by the heat) to power steam turbines. Both the heat and water are renewable resources thus geothermal energy is renewable.
Steam power is more efficient.
Power plants using dry steam systems were the first type of geothermal power generation plants built. They use steam from the geothermal reservoir as it comes from wells and route it directly through turbine/generator units to produce electricity. An example of a dry steam generation operation is at the Geysers Region in northern California.The Kawerau Power Station is a 100-megawatt geothermal power plant located just outside the town of Kawerau in the Bay of Plenty region of New Zealand.
Geothermal power plants work in one of two ways.One way is that they drill wells into a geothermal reservoir and extract steam to be used in a turbine. If the reservoir is not quite hot enough, they might have to extract hot water, and flash it into steam by lowering the pressure. In either case, this steam is run through a turbine, which turns a generator to generate electricity. The steam is usually condensed and either used in the plant or reinjected into the ground.The other way some plants work is by using the geothermal steam to heat water contained in a closed loop. This water is turned into steam, and runs the turbine. The steam from the ground would be condensed and reinjected. This has the advantage of keeping the geothermal steam separate from the power plant.Note that other than the source of the steam, a geothermal power plant operates in much the same way most other power plants work. Using steam to turn a turbine, which turns a generator is a very common method. Notable exceptions would be wind farms, solar cells, and hydropower dams, among others.
Geothermal power plants work in one of two ways.One way is that they drill wells into a geothermal reservoir and extract steam to be used in a turbine. If the reservoir is not quite hot enough, they might have to extract hot water, and flash it into steam by lowering the pressure. In either case, this steam is run through a turbine, which turns a generator to generate electricity. The steam is usually condensed and either used in the plant or reinjected into the ground.The other way some plants work is by using the geothermal steam to heat water contained in a closed loop. This water is turned into steam, and runs the turbine. The steam from the ground would be condensed and reinjected. This has the advantage of keeping the geothermal steam separate from the power plant.Note that other than the source of the steam, a geothermal power plant operates in much the same way most other power plants work. Using steam to turn a turbine, which turns a generator is a very common method. Notable exceptions would be wind farms, solar cells, and hydropower dams, among others.