2006RUS

Occasionally corporate greed and sometimes unexpected accidents in the work place can have a huge impact on our environment. Highly publicized oil spills like the one that occurred in the Gulf of Mexico in 2010 are often covered by the mainstream media. These tragic accidents have a great impact on our environment but they are not the only corporate accidents affect our planet. Less publicized corporate leaks and dumps can be detrimental to the animals, plant life, and people around them.

Libby, Montana, home of the W.R. Grace plant, was the site of a major asbestos contamination. According to the findings of a court case in which the company was required to pay 250 million dollars to help clean up the area, the company knowingly released hazardous smoke contaminated with tremolite asbestos into the air. Evidence showed that not only did the company know what they were doing but that they tried to hide the dangers from workers and people who lived nearby the plant. The Company was forced to declare bankruptcy because of the steep penalties imposed by the courts. Termolite asbestos is one of the most toxic forms of asbestos and is the cause of a number of dangerous illnesses.

Children in the town of Picher, Oklahoma flocked to the towering man made mountains near their homes to play on the mounds created by a near by mining project. In the 1970’s the mines closed and by 1981 sinkholes formed all over the surface of the mounds the towns children were so fond of playing on. Examination of these holes exposed just how toxic the mine waste piles were. Studies of the waste showed that they contained harmful levels of lead. Tar creek that flows near the town was turned red because of the burns caused by acid mine water. In 2006 a federal buyout program was offered to the residents when it was discovered that mine contamination had damaged the earth underneath the entire town and it was in danger of caving in. This small town is now mostly a ghost town except for a few residents who remain despite the lack of running water.

The Massey Energy Company had a large containment reservoir full of mercury and arsenic coal slurry. During October of 2000 around 300 million gallons leaked out of the confines of the reservoir and into nearby rivers. The polluted sludge made its way up the Ohio River and is said to be the cause of property damage spanning from Eastern Kentucky into West Virginia. Many of the rivers, lakes, and streams in the area saw extreme decreases in fish population and the contaminants are said to have killed several types of plant life and other organisms vital to the health of the areas eco systems. Some people question the methods used during the investigation of the disaster by the National Mine Safety Academy. The head investigator was replaced after he raised concerns about the regulators who were monitoring the energy company during the time the spill happened. With the Bush administration’s lighter energy company regulations in place the companies violations were dropped from 8 down to 2 and they were asked to pay only $110,000 in fines to help pay for the cleanup. Evidence of this contamination still dots the shore lines of rivers and streams in the area.

Find out more about Environmental Pollution Liability here and how Beacon Hill Associates can help you.

How clean energy can save money when a few changes are made, may be highly beneficial to homeowners and businesses across America. In addition to saving money, value is added to a home and home improvements are often subsidized through government rebates and utility company incentives. The environment also gains from these changes because its resources are better preserved.

By learning the different areas that one can improve on, it will be quickly realized how much can be spared by efforts made to only use clean power sources. There are small home improvements, large home improvements and home power generation ideas that should be considered when thinking of adopting such an idea. These may not seem very relevant until utility bills are able to prove significant savings.

Various appliances, such as washers and dryers, lighting sources and equipment for the home office, can account for the reason for nearly 17% of costs on a utility bill. By making a point to only seek products marked with Energy Star or Guide labels, this cost can be reduced when looking to buy needed appliances for the home. Electricity that is either used, or in some cases wasted, is released into the environment, adding approximately 1.34 pounds of CO2.

Larger home upgrades, that are proven to save money and be less threatening to the environment, usually have to be done by a contractor. These can be considered permanent fixes that will more than pay for themselves in the long run. In most cases, government and utility rebates are given as incentives. Areas such as windows, doors, insulation, roofing, heating and cooling systems are just a few ways to incorporate clean applications into a home or home office.

Homeowners who are serious about making their homes more electricity independent may want to consider home power generation. Solar, fuel and wind cells are the renewable power systems that can be used to create electricity. Electric expenses can be greatly reduced, if not eliminated all together, because of their incredible efficiency.

Solar power seems to be a popular way of producing energy, not just because it is free but also greenhouse gases or pollution is not released into the air during its conversion. Solar panels used are virtually maintenance free and do not make any noise due to not having any moving parts. Also benefiting are small villages and those in remote areas, who will find this source of power a sensible choice compared to more conventional means.

Wind is converted into a free and clean means for producing power. This is done by the wind spinning turbine blades that are attached to a drive shaft. After blades begin to turn, the drive shaft is able to power the generator, which, in turn, makes wind electricity. In addition, this source is the most affordable method used to produce efficient sources of power.

Not as easily accessible is the clean energy advancement of fuel cells. They are able to take chemical energy and turn it into electricity by using natural gases from hydrogen. Fuel cells are a device that is considered to be electrochemical. This is probably one of the least known sources that can produce electricity, but as time goes on, will become more familiar to consumers who are in support of going green.

Discover how clean energy can help you save money now in our comprehensive guide to all you need to know about exactly how and where to find inexpensive solar panels.

People who feel the preservation of the planet through the use of clean energy have been encouraging others to understand and use this alternate method of power consumption, extraction and generation. The planet Earth has natural resources that we as humans use on a daily basis to maintain the kind of lifestyles that we have.

When nations band together to fight the problems of resource depletion, our environment is helped more than when everyone is attempting to do their own thing. We use the knowledge of people all over the world to research the usage of natural power, like that generated by waves, tides, wind, the moon, the sun and the plants.

Some of the alternative methods of gathering power are utilizing the wind, water, sun and geothermal technologies. These resources and technologies we use have the potential to change all of our extraction and generating methods for the better. Future generations depend on how well we take care of our atmosphere and planet now.

The two key components of environmental consciousness are energy efficiency and renewable energy. It is important to the future generations on our planet to find harmony between the availability of the Earths resources and its preservation at the same time. Conservation is extremely important but we must be able to use the resources we have to sustain the way we currently live.

The entire world is not yet on board with sustainable power but the interest continues to grow quickly, as the danger appears to be approaching at a faster rate all the time. Many people attempt to use solar power to reduce the costs of electricity in their home. They may want to heat their homes or light them while not having an outrageous bill at the end of the month. The initial cost of installing solar power in a home can be quite high but is actually dropping because of the great interest.

Helping the earth and being environmentally conscious is not the only thing that drives some people to do what they need to do to help out, such as recycling. Many people also see the benefits of helping out when they take a look at some of the costs of being environmentally conscious.

In order for humans to make any kind of change to the amount of consumption, they will need to change many of the habits they have had over the years. It is important to reduce the amount of natural resources that we use so that there is plenty for the future generations.

Our continued concentration on clean energy is important to the preservation of the Earth. Future generations will be grateful that their ancestors cared enough to secure a better life and a better Earth for them.

Looking for more information on clean energy ? Get the exclusive low down instantly in our complete overview of all you need to know about solar energy and its role in earth preservation .

On Wednesday, March 16 the U.S. Environmental Protection Agency announced a new proposal to further crack down on CO2 emissions from coal-fired power plants. Aside from CO2 pollution, these rules seek to reduce mercury, acid gas, particulate matter, and sulfur dioxide emissions. Particulate matter emissions will be reduced by 30%, sulfur dioxide emissions by 54%, and both mercury and acid gas by a staggering 91%.

The EPA stated that the new regulations will save lives and prevent illness by reducing emissions of these toxins that are said to cause birth defects and respiratory problems in both children and adults. Still, the new initiative is estimated to cost about $2.8 billion annually.

A few years earlier, the Bush administration attempted to pass something similar, known as the Clean Air Interstate Rule, but in 2008 the U.S. Court of Appeals ruled that the agency had overstepped its boundaries and the rule needed to be revised. At this point, power companies that were on the edge of their seat about this type of regulation were relieved. But now, just a few years later, many of these same companies will have to make a decision: spend tens of millions retrofitting older plants with new pollution controls, or shut them down before the new rules take effect.

As a general rule, the earlier a plant was built, the further it is away from being up to par with the newly proposed pollution control standards. Though many newer plants already contain a lot of the latest emissions controlling technology, some that were built in the 40s and 50s would have to spend seven figures to meet the new requirements. Still, the plants that don’t face shutting down will undoubtedly end up raising electricity rates and thus charging consumers more.

Perhaps the most important thing to remember about this is the fact that it is only a proposal, and a series of public hearings will still be held around the country before the final rules are approved and become law. Either way, it is now obvious that the EPA is serious when it comes to reducing pollution caused by coal-burning power plants.

Interested in what the EPA is up to?? Click here to read more.

By now, almost everyone in the United States has heard about wind power, whether in a high school textbook or in recent news. The truth is, reducing greenhouse gases and reliance on fossil fuels is sweeping the nation. However, most are ignorant to the high costs and unreliability associated with wind power. In Europe, where they got a head start on us using wind power, wind power interests and production is declining due to the fact that it has simply proven to be an inefficient energy source. One look to the U.K.’s experiences with wind power show it is not our answer to renewable energy.

Europe’s wind infrastructure started with the U.K. Government’s Renewables Obligations Certificate, which offered financial incentives to power companies that built wind farms. However, this has turned into a huge price for consumers. In 2007 alone, electricity customers paid over one billion dollars to owners of wind farms.

The big problem with wind farms looming overhead is the fact that they are simply ont very efficient. Most would think just the opposite. After all, wind is free, right? Sure, but there is not always wind. And when there is not wind (and in some cases when there is an excess of wind) the turbines do not produce power and thus back-up, natural gas powered systems are used.

In fact, statistics published by the U.K. Government suggest that on average, a wind turbine operates at about 25% efficiency, and sometimes as low as 7%! There is no denying that this is a poor return on an investment. Using the 25% figure, a turbine that is advertised as producing 1 megawatt would only put out 0.25 megawatts on average.

With all of the natural advantages the U.K. has for generating wind power, it is easy to conclude that if it is not working there, it will not work in the United States. What is most important to keep in mind is that wind power can never fully replace electricity generated by “dirty fuels” like coal and natural gas. Not only is it inefficient and expensive, but wind farms use natural gas powered units as back-up when the wind is blowing too hard or not at all.

If you enjoyed this article, read more on wind power here.

Though many are seeking out electric cars due to the popularity of being “green,” most who are shopping for electric cars are more concerned about saving green. After all, the biggest benefit of an electric car is not having to pay for gas, right? While this is so, it also means that drivers of electric vehicles don’t pay the gasoline tax and thus, don’t pull their share when it comes to paying for road maintenance and construction.

In Oregon, the ball is already rolling. The Road User Fee Task Force of Oregon has proposed a new bill that will require owners of electric cars to pay taxes toward road construction and upkeep. House Bill 2328 suggests that, starting with the 2014 model years, all electric and hybrid vehicles will be required to pay a vehicle usage charge according to how many miles they drive.

While there are many who will hear this idea and immediately frown on it, it turns out that the taxes suggested in House Bill 2328 are pretty reasonable and, thankfully, still equate to a huge savings in tax over driving a gasoline powered car and simply paying the tax at the pump. In fact, the bill suggests just a 0.6 cent per mile fee. At that rate, 10,000 miles of driving would only cost you $60 worth of “vehicle usage charges.”

One of the most questioned factors of taxing electric vehicles by the mile is how exactly to track the mileage. It is very possible to develop a system that tracks your mileage and location using GPS technology, but unsurprisingly, most citizens are not very comfortable with the government tracking where they go. The next thought that comes to mind is tracking mileage manually, perhaps once a year. However, this method would leave it to the driver to simply record their out of state mileage, and it would be very hard to regulate.

The future of House Bill 2328 is definitely uncertain at this time. In fact, it may not pass through Oregon legislation at all. However, it does show that there is a growing amount of electric and hybrid vehicles on the road and measures need to be taken to adapt. One thing is for sure: electric car owners better enjoy the tax free miles while they can!

If you found this article informative, read more on alternative energy here.

Any good American wants to keep liter and pollution from invading the earth and the US but environmental climate change EPA regulations have ended up in the Land of Oz People will get behind such things as led and mercury poisoning drinking water from the pollution that comes from a coal fired power plant but CO2 emissions causing climate change has caused an amazing amount of regulations when man made climate change is still a big theory.

We all drive cars and drink from glass and plastic cups. We walk through our houses that either have wood, cement, or carpet floors. Even for those hippies that have purchased cork or bamboo flooring you still have to realize that these products could not have been created and sold to you at such cheap prices had it not been for petroleum based products. Our society runs from petroleum such as crude oil and natural gas and everyone in our eco-system participate in this circle of our economy.

These same Texas citizen’s that get made fun of for their beef eating ways and their lack of concern for the environment never throw a can on the road and may even be a sponsor of a litter campaign on a popular road way.

In Tyler Texas a program was invented to clean up road ways and it is done through a volunteer program where individuals and businesses will sponsor a road way. This litter cleanup program has since been popularized all over the world and the blame goes to none other than Texas.

Texas is truly a unique state as we do make a lot of money from the petroleum industry but we are open minded enough to retrofit our outdated technology and create new technology to keep our state clean. There was even a clean up the road program started in Tyler Texas that eventually spread throughout the US and it is totally voluntary and does not need to use tax payer dollars. Texas is one of the biggest producers of energy related fuels and we use a lot of that energy in the form of electricity power as well. We sell our energy to other states and reap the profits but those other states receive very cheap electricity rates and other benefits as a result of innovation Texas does. Texas may have a few hillbilly’s but we also know a thing or two about keeping things clean and protecting the environment even in the face of hypocrisy from other states.

Alexa Wright has also written information on the EPA Agenda and you can check it out here: EPA Climate Science Agenda

Solar polar is the conversion of electricity into sunlight. The way the energy is captured and converted depends on the scale. Large commercial electricity generators may use CSP (Concentrated Solar Power) systems, based on lenses, mirrors and tracking systems, while smaller installation will often use photovoltaic cells. Since solar power cannot be produced in the absence of sunlight, some type of energy storage is needed if electricity is to be used at night time.

CSP systems are used in the largest installations which produce electricity from sunlight. California’s Mojave Desert is home to the largest solar energy plant. It produces more than 350 mega watts. Other large CSP plants are found in Spain. As you can see, locations that get a lot of sunlight year round are ideal for this type of energy production.

CSP systems concentrate sunlight into a small beam using lenses and/or mirrors. The mirrors or lenses move throughout the day, tracking the sun. They concentrate the reflected sunlight into a small point and use it to heat up a fluid. This generates electricity in a way similar to the method used by conventional plants.

Several international organizations have studied many forms of renewable energy. They have determined that CSP has the potential to provide twenty-five percent of the world’s electricity needs by 2050. Spain is currently leading the world in CSP technologies. Desert areas, like those in Spain, Mexico, Africa and many states in the south-western U.S. make ideal locations for CSP plants.

The other type of solar power being practically used in the world today uses photovoltaic technologies. PV cells are semiconductor devices that are able to be contained in a fairly small panel. They produce a relatively small amount of DC electricity when sunlight is absorbed into the panel. Because of the manageable size of the panels, these systems are scalable. In order to produce sufficient electricity, several panels are installed together.

Most installations are small, supplying electricity to single homes, or to small off-grid applications such as traffic signs. Nevertheless photovoltaics can be used in large installations such as the 97 MW Sarnier power plant in Canada.

Systems which produce energy from the sun clearly cannot work at night time, and in common with some other green energy sources (tidal and wind power) some form of energy storage is required. For a large plants, such as the demonstration energy park in Germany, pumped storage hydroelectricity may be used. Solar energy is converted to electricity during daylight hours. It’s used to pump water into a raised reservoir. During the night that water can be used to produce hydroelectricity.

Because of the cost of the batteries to store electricity, many residential PV systems are simply connected to the grid. During daylight hours, the homes use solar energy produced by the PV cells. During night and on cloudy days, electricity is purchased from the power company. The grid can also be used as a form of energy storage, because it is possible for consumers to feed power back into the grid, provided that is permitted by local electricity companies.

In many countries tariffs and subsidies make it economically sensible for homeowners to feed power back into the grid. Residential PV installations include an inverter, which is an electronic unit that converts the DC voltage produced by the PV cells into AC which can be used by the home and fed back into the grid. Several countries, including Korea, Spain, France, the United States and Germany have seen the solar panel market grow significantly, partly due to favorable tax incentives and subsidies.

If you want to get involved in the trend toward solar energy, just run down to your local Home Depot to find solar panels for sale. Read up on solar panel maintenance to keep them operating at their peak performance. Solar Power by Coleen Regis.

Subsidies are financial incentives, usually paid by governments to encourage the production of something. There are many reasons that a particular product might be beneficial to the community, but not economically feasible to individuals and businesses. Many products are subsidized to support local businesses, reduce the amount of imported goods, provide employment and encourage environmentally friendly practices. The energy industries (coal, oil, nuclear, alternative) have always worked in an environment where subsidies have been used. In recent years the trend is to encourage renewable energy sources (such as solar, wind, biomass) at the expense of fossil fuels such as coal and oil. Feed-in tariffs and financial and tax incentives for photovoltaics are examples of alternative energy subsidies.

Each country’s goals may be different, so naturally they use subsidies differently to move toward their objectives. One common goal is to encourage people to use a fuel source that can be produced locally, thus promoting employment in their own country and reducing dependence on fuel from foreign countries. They may use subsidies on production rather than consumption of a locally produced fuel in order to increase the export of that product.

Governments may also see subsidies as producing economic benefits for their people, maintaining employment, reducing prices etc. International agreements, such as the Kyoto Protocol on reducing carbon emissions, can also lead to tariffs which discourage certain forms of energy, and encourage others.

Those who oppose subsidies will often use arguments that they distort the free operation of the marketplace, they do not necessarily benefit the people (e. G. The poor in underdeveloped countries) they were supposed to help, and, in the case of energy subsidies, they encourage increased consumption and waste.

Policies for promoting the production and use of renewable forms of energy are common to many nations. A major driver is the need to meet international obligations such as those agreed by the Kyoto Protocol on reducing carbon emissions.

Many fuels that we use now because they’re less expensive than their cleaner counterparts release carbon dioxide into the air. The carbon dioxide contributes to a natural effect in the earth’s atmosphere, called the green house effect, causing the earth to warm. A main aim of policy in many countries, is to reduce the use of fossil fuels, and to encourage sustainable and renewable energy, using alternative, carbon-neutral sources, such as biomass fuels, solar power, wind power, tidal power, hydro-electricity and (more controversially) nuclear power. You can see the effect of subsidies on the prices of solar panels for sale in the U.S.

Alternative energy subsidies support those policies. Feed-in tariffs and tax incentives for photovoltaics make it financially attractive for consumers to buy and use environmentally friendly solar panels. The goal of these subsidies and incentives is to help reach grid parity, which is the point at which the cost of renewable power is equal to the cost of traditional forms of energy.

When a government pays the producer of renewable energy for each unit of power the produce, that’s called a feed-in tariff. National electricity grids are conventionally considered as a network of suppliers (power stations) connected to a network of consumers (homes and businesses), but it is in fact technically possible for any consumer to feed power back in to the grid.

When solar panels are purchased and used by a private individual or business, they may generate more electricity than the home or business need, especially at certain times of the day or year. Feed-in tariffs allow the owner to feed that electricity back into the grid. The electricity company is obliged to buy that power, sometimes at a rate which is quite favorable to the home owner. This encourages owners of homes and businesses to invest in solar panels and produce renewable energy, thus reducing their negative impact on the environment.

Find out what incentives are available for solar power in your area and then research solar panel prices. Solar Power Subsidies by Coleen Regis.

V:0For a really lengthy time, we have relied on fossil fuels. It offers heat to our homes, gas for our cars and electricity. Because we are now utilizing it much more than ever, there is really a consequence. We’re depleting our resources and slowly killing our planet. Fortunately, we can alter our methods and then shift our attention to green energy sources.

But why green energy sources? Well simply because you can find benefits to utilizing them which we will in no way be capable to get if we do not alter our methods. This truly is also even if some will argue that the issue with green energy is that it’s occasionally hard to generate the energy we require. Whilst that might be true, that’s why you can find other green energy sources accessible and we just to know which ones are viable provided the geographic location.

The numerous green energy sources for example solar, wind, wave, hydropower and geothermal don’t create something damaging which might have a negative effect about the environment. This may be the exact opposite of what you get whenever you continue to operate a coal or nuclear energy plant.

Coal you’ve to keep in mind releases carbon dioxide into the air. On its personal, it might not cause that significantly damage but you can find currently 50,000 coal plants around the world and that amount is expected to grow.

Nuclear plants might not release something damaging to the air. The concern is how we dispose of the spend rods and if an additional nuclear accident ought to occur. We keep in mind Chernobyl and Three Mile Island. We now have most likely learned much better methods to prevent an additional incident from happening. Via the years, a few minor accidents have occurred and even though the leak was contained, just imagine if it wasn’t?

Green energy sources might not be maintenance free of charge but a minimum of it doesn’t need that significantly to preserve them in comparison to conventional means. Within the end, we save cash simply because such facilities do not price that significantly to operate.

The next advantage of utilizing green energy sources is that we will in no way run out of them. For centuries, the sun’s rays have reached so has the wind which is blown from the sea. By utilizing it, we decrease our dependence on oil which is truly a nonrenewable resource.

Should you think about it, numerous of us have taken these green energy sources for granted. If we do the correct point now, future generations won’t need to face the mess that we could have handled on our personal years prior to.

In short, the energy is in our hands. We now have the technology and we know what to accomplish with it. The only point we require would be to do would be to put our cash where our mouth is simply because despite the amount of conferences on global warming and climate alter, little has happened.

It’s simple to talk about how concerned we are about the surroundings but you’ve to ask yourself when will much more solar panels or wind turbines will be erected? When will the amount of coal or nuclear energy plants be decreased?

Green energy options may be the solution to the environmental, political and social difficulties of this lifetime. By spending much more on these technologies, no country will need to depend on an additional or even a corporation for their energy needs simply because they are self dependent and free of charge.

Are you worried about global warming? This is a really serious matter that has lots worried. For more global warming articles, see GlobalWarming-Articles.com.