Very little disruption. A regular power station is built. Two shafts are drilled down into the earth to the hot rocks. Water is cycled through the shafts and the steam created spins electricity turbines. The power station has no harmful carbon dioxide emissions.
YES
yes. there are hot springs and tons of geothermal activity.
By Geothermal, i presume that you mean geothermal energy, and if so, then yes it is positive, as the heat can be used to heat up the water to turn it into steam, to drie the electricity generators, making this a clean and free method of producing electricity. However, these are usually found near volcanoes, so check out the surrounding land and do some research on the volcano.
because it has to be buit and the land needed and after you need to pay for the electricity but... after it will pay for itself so it's kind of free at the finish.
it is the best thing in the whole world... it comes from the heat from the earth it may be expensive for the land needed and the price to build the geothermal energy system.
by cutting down land and trees to dig holes in earth to reach the geothermal energy
yes it does because the heat can burn peoples home
If you have solar panels installed correctly to your home/business/land then you can convert sunlunight into energy/electricity.
the cost of land in populated areas.
The cost of heating and electricity can be substantial at times, and very often the source of such electricity is not entirely environmentally friendly. However, there are many options for both private and commercial use that can lower or even eliminate the costs over time. Geothermal renewable energy is one of these options, providing clean and sustainable energy to the consumer. Geothermal renewable energy involves harnessing the energy packed into the heat emanating from the earth's core. As the core of the earth remains at an extreme temperature, the heat that is formed rises toward the earth's crust; the use of piping that penetrates deep into the earth draws and releases some of this heat for more efficient usage. With the help of specialized turbines and other means of converting this heat into electricity, the consumer can produce electricity with only the costs of initial building and maintaining geothermal renewable energy structures. Geothermal energy can provide significant benefits both economically and ecologically. While the cost of setting up a geothermal renewable energy plant is initially more than the widely-used fossil fuel structures, over time the costs and savings of geothermal renewable energy can balance out, if not exceed, those of their fossil fuel counterparts in the commercial world. Contrary to fossil fuel sources, however, geothermal renewable energy is a safe and clean alternative to the harmful bi-products of fossil fuel, reducing emissions of CO2 by more than 50% as well as reasonably reducing emissions of other gases. Additionally, this alternative energy source often uses far less land than other plants per MW (megawatt), further aiding in cost reduction and giving more flexibility for set-up location decisions. Aside from commercial use, private homeowners often find that this technology can provide various tools and benefits. Not only can geothermal renewable energy be used to produce electricity, but also to provide structural heating and cooling without the use of electric heat which can be very costly. Ground-source pumps are utilized in order to control the temperature in the home, increasing or decreasing to the desired comfort level of the consumer. Bottom line, geothermal renewable energy can greatly reduce the cost of energy in homes, and often with little maintenance. This product can significantly reduce bills. Additionally, the more intrepid consumer may consider a self installation to their home which can provide massive cost benefits; however the savings will most likely still be recognized with a paid professional installation.
The initial cost would be buying the land that has geothermal capabilities as most land does not, so hundreds of thousands.
Fertile soil: Volcanic eruptions can create nutrient-rich soil, which is excellent for agriculture and plant growth. Geothermal energy: Volcanic activity can be harnessed for geothermal energy production, generating clean and sustainable power.