A Guide to Clean Energy Technology
November 2nd, 2009
Clean energy is the term used to describe the energy sources that are non-polluting and environmentally friendly. Some of the best sources of clean energy include wind, solar, geothermal and hydro. Green or clean energy is thought of with reference to mechanical power, electricity, cogeneration and heating. Businesses, consumers and organizations purchase this energy to support further development, and minimize the impact of conventional energy generators on environment.
Petrol , coal, nuclear, hydel and geothermal are just some of the typical sources of energy, and wind, solar, sea-tide and bio-mass some of the non-conventional power sources. There are plenty of realistic clean energy technology projects in operation in India, and other states.
Clean energy technologies tap the renewable natural energy resources for heating, lighting, and generating electricity. Sun is a vast resource of such energy, and most renewable energy comes directly or indirectly from sun. Heat of the sun drives winds, and the wind energy is captured using wind turbines. Sun and wind cause evaporation of water, causing rains, and this energy can be captured using hydroelectric power.
Incorporating Clean Energy Technology
There are worldwide attempts to tap the clean power sources to reduce the employment of fossil fuel. Latterly , state of Abu Dhabi presented a 15bn greenback initiative to develop and implement clean energy technology by employing hydrogen. It’s a five-year initiative, and most impressive and challenging project ever launched by the governing body.
Keeping in mind that the global energy demands are going to expand in the future, the impact of existing sources of energy raise a serious concern regarding sustainability and environment. It is a time to look for clean energy technologies that are eco-friendly, and can meet the raising power demands worldwide.
One of the clean energy technologies involve the use of steam together with natural gas to make mix of hydrogen and carbon-dioxide. When hydrogen is burnt, it doesn’t produce CO2, and therefore hydrogen produced this way may be used to generate electric power or can be employed in automobiles.
If the energy is produced using clean energy technology, it won’t run out. Implementation of these technologies also helps create roles, and fuel the local economies. Power generated by trying clean energy technologies may also be sold to the other states, boosting the trade hole.
Transforming the energy future, slowing down and reversing the changes in climate and its consequences will require clean energy solutions and clear agenda that will allow rebuilding and repowering this planet. The key is to use the untapped natural sources in more economic way, so that the energy is produced and distributed cost-efficiently.
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