Positive Effects of Green Energy Everything that is dumped on the Earth can eventually find its way into the water table and into the air, which means that all pollutants can cycle around from where they began and end up somewhere else.
Green energy (such as wind, water, and solar power, as well as other sustainable options) has become a hot topic and a "buzz word" recently. Even though it may seem that everyone is talking about green energy, few people are actually doing anything about it. While it has been seen in the news, it has not been seen in the fields and oceans where it can be harnessed and used. There are some wind turbines in use in specific states across the U.S., and there are places where water has been dammed up in order to provide electricity. Solar panels can be viewed in some places around the country, too, but there are no large scale projects currently underway to provide green energy to a significant portion of the public - and that is something that more and more people find disturbing. Solar energy, for example, is one of the best choices for harnessing long-term power (30, 2008). Because the sun is always there and the power from it is almost unlimited, the only need is to find the right ways to harness it so that it can be used for homes and businesses.
Wind and water are also great ways to get green energy, because there is always air movement (although some places around the country and the world are certainly windier than others) and there is plenty of water. If rainwater is harnesses, as well as streams and rivers - and even the ocean, there is virtually no limit to what can be done. Still, one has to be very careful when working with large bodies of water, because they are also habitats for a significant number of Earth's creatures. There is already evidence that climate change is affecting what lives in the oceans (Brodeur, et al., 2008). Because of that evidence, there is a need for alternative, green energy sources that are not going to do any kind of further damage to ecosystems that have already been damaged by climate change.
There are also individuals who do not believe in climate change, or who state that it is a completely natural cycle for the Earth and has not been caused or accelerated by man in any way. Some who used to believe that are changing their tune, but others are holding fast to their ways of thinking. Even though not everyone agrees about the effects of climate change - or even whether it is real - the U.S. government is clearly interested in addressing green energy solutions, and has been for some time (Interstate, 1993). If the country does not do something about renewable energy sources, eventually it will simply run out of energy because the sources that are being used now will dry up. There is not an unlimited supply of oil, natural gas, or anything else that is being used for energy today. There are arguments to the contrary, of course, just as there are with any idea, but the fact remains that the Earth is running out of some of the things it needs to continue to allow production of energy in the way it has been produced in the past (Healy & Tapick, 2004).
Another problem with non-renewable energy sources is that they are coming under increasing legal scrutiny. Regulations are being tightened in order to stop greenhouse gases and other pollutants from getting into the air and water (Healy & Tapick, 2004). On the surface that sounds like a great idea and a wonderful way to protect the planet. However, it is also significantly more expensive to implement than the old ways of doing things. Because that is the case, it is quite possible that there will be a loss of American jobs when companies that cannot meet the new environmental regulations close up and/or move their operations to ...
Where green energy is concerned, there are no pollutants. Solar power puts off no emissions of any kind (Marion & Wilcox, 1995; Komp, 1995). Neither does wind or water power - or geothermal power that can be produced by harnessing the warmth deep in the Earth (30, 2008). Because there are so many different ways to get energy, it begs the question: why is the United States (and other countries) still doing things in the same old way, when there are ways that are clearly better for the planet and the people who inhabit it? There are several answers to that question, but one of the most common ones revolves around money. It is not that expensive to continue doing things the way they have always been done, because the technology is already in place and people are comfortable with the status quo. It would be very expensive to put green technology into use throughout the country or throughout the world, and the current economy is already struggling.
The other answer to the question of why green energy is not being put into widespread use is the need for better technology. Right now, there are no big plans to put green energy into use in the United States, and other countries do not seem to be that interested in doing so, either. Part of the reason behind that has to do with the fact that these countries are not yet sure how they could create a widespread, green energy revolution with the currently available technology. In other words, the technology that is used now is not enough to take what is seen on the roofs of a few houses and businesses in the way of solar panels, and extrapolate that out to a town or city (Komp, 1995). The technology for green energy is seen much more commonly for smaller projects, especially when it comes to solar power. Wind and water power are more widely used, but they still do not provide the kind of power of which they are capable, because man has not yet found a way to properly take hold of all that power and channel it into something with which he can work.
Wind turbines are helpful, and one can see them when driving across Texas and a few other states. The downside to them is that they have to be used where it is windy. If they do not spin quickly enough they do not generate enough power - and since they are highly expensive, not generating enough power means they are not paying for themselves. That is a serious concern when it comes to how the government proposes to pay for new energy ideas (Interstate, 1993). As long as the government keeps working on new ideas, something that works and that costs less will eventually come about. How long will that take? No one really knows, but it is clear that the technology that may be one year or fifty years in the future is already needed today, before the world runs out of what it is currently using to heat homes, light lamps, and operate companies around the globe. The power of the wind is one good place to start when it comes to green energy, but only if that power can be contained and channeled in such a way that it becomes much more affordable.
Water power is the most commonly used green energy option right now. There are many dams throughout the U.S. And the world where hydroelectric power is created. This is done by using the power of the water to turn turbines that produce electricity. That electricity is then sent out to homes and businesses in that area. It works well, and rarely breaks down, but there is a problem. There is only so much water to go around, and the power that is created from that water cannot just be sent across the country or around the world. For those towns and cities where the wind does not blow strongly and there is no easy way to channel the power of water, the sun is the best and most viable option for long-term energy that is cost effective and efficient (Komp, 1995). Still, the photovoltaic cells that have been created and used today are not large enough to power towns or cities. They are used on the roofs of buildings for the most part, to power homes and small businesses. Occasionally, a field of solar panels is used to power a larger business (Marion & Wilcox, 1995).
Until that kind of solar power is able to be used to power large cities, the U.S. And other countries will continue to struggle with energy and pollution issues. Unfortunately, the photovoltaic cells that are used now are terribly inefficient, especially…
Everything that is dumped on the Earth can eventually find its way into the water table and into the air, which means that all pollutants can cycle around from where they began and end up somewhere else.
Green Building Laws Green Building and Green Retrofitting The department of Federal Environmental Executive defines green building like this: Elevating the competence by which the built structures consume energy, equipment and water along with decreasing the adverse effects on health of human beings including the surroundings by improved structure, maintenance, procedure, operation, choice of a better site and elimination of waste. The subsequent section explains the current guiding principles for retrofitting and
An additional negative aspect can occur when a seemingly green product really isn't, in the long run. As an example, one of the most successful 'green' vehicles is the Toyota Prius. The hybrid Prius has become the status symbol for all of those wishing to flaunt their environmental conscience. However, the vehicle isn't nearly as eco-friendly as the Green Marketing campaigns lead consumers to believe. The nickel metal hydride battery
Executive Summary In 2016, E brought a world class office space to Boston that features natural light, sweeping urban views, reclaimed timber, rooftop PV solar and green roof plantings. The E Boston headquarter building design is consistent with corporate commitments to sustainability and environmental impact. However, it is essential to consider innovative approaches to continue to improve the space for all employees. Studies document that green plants improve indoor air quality, decrease
CHILD SEXUAL ABUSE ON WOMEN INVOLVED IN PROSTITUTION Conceptual Paper Millions of children around the globe are sexually abused or exploited. This paper includes several descriptions of studies that relate sexual abuse during childhood to delinquency later in life. There are several difficulties with methodology and definitions that are inherent in the mentioned studies. These challenges make it somewhat difficult to compare and interpret the findings of the study. A framework
She also mentions the huge energy giant British Petroleum (BP) came up with some honest and effective marketing in its green promotions. And while it is laudable for an oil company to invest in green technologies, BP did it with "appropriate humility that admits its own guilt while setting the stage for conversion to alternative energy sources" (Ottman, 2002). Meantime she says to Exxon, "Wake Up!" because Exxon was at
Energy Economics Cost and benefit analysis is an analytical process, which is used to measure that whether the benefits or advantages associated with an activity is greater than its costs or not. It is one of the commonly used and formal tools for the assessment of efficiency. Efficiency assessment can be defined as a process in which scarce resources are examined critically so that the ways in which they can be