The Problems With Power Plants

No disrespect to the power station companies but the C.R-Mfee can replace all components within any power station, regardless of the fuel they use. Is it really possible, you may ask? Yes it is possible with right funds and a team of professional engineers, reducing 90% of pollution, environmental issues, and achieving zero waste. Don't forget that 43% of power stations in the world still use coal. However, all power stations have their issues concerning pollution and environmental impact, as you can see from the information I have gathered through reliable resources.

The C.R.-Mfee is the future of energy, capable of addressing today's problems related to pollution and other environmental concerns.

FOSSIL POWER:

Fossil fuels, such as coal, are among the most expensive energy sources, costing between £75.00 and £30,000 per ton, especially for high-quality coal that burns longer. Annually, around 800,000 tons of coal are consumed, amounting to fuel costs of £120 million to £240 million. Despite, 43% of the world's electricity is generated from coal. Therefore, even if a fee of £40 million per company is charged for the use of the C.R.-Mfee, it would still result in a savings of £80 million to £200 million annually. This is based on a single coal-powered plant. It is well-known that coal-burning power plants are significant contributors to pollution, public transport and airplanes in the polluted world we live in.

GEOTHERMAL POWER: 

Geothermal energy is the process of using steam to rotate turbines, which activates generators to produce electricity. Using geothermal energy as fuel is cost-effective if you are fortunate to be near a naturally occurring geothermal reservoir underground in certain locations on Earth that can be drilled into. Otherwise, other means of fuel be required to generate the steam power needed to drive the turbines. Although much cheaper and safer to operate than coal, and more environmentally friendly, geothermal energy does release gases that contribute to environmental problems more rapidly than the Earth can naturally recover. Even though geothermal plants are often located in remote areas, safe from populated regions, they can still cause minor earthquakes due to deep drilling into the Earth's crust. Therefore, with these considerations in mind, the C.R.-Mfee is more suitable for use.

HYDROELECTRIC POWER:

Hydroelectric energy harnesses the power of water in motion through a water flow, such as damming up a river, which is very costly to build. Although it is 100% renewable and cleaner for the environment compared to other power plants, it still impacts the environment by altering the natural flow of a river, which in turn affects insects, animals, fish, and plant life in their natural habitats. Furthermore, in the event of an earthquake, it is impossible to predict when and where it will occur. Imagine if hundreds of millions of gallons of water were released all at once. With the current environmental issues, natural disasters are occurring more frequently and in unexpected places.

NUCLEAR POWER:

Nuclear energy is energy within the nucleus, or core, of an atom. It is form of thermal power in which the heat source is a nuclear reactor, where its heat is used to generate steam in order to drive steam turbines that are connected to generators that produce electricity. It produces no greenhouse gas emissions during operation, and over its life cycle, it only produces the same amount of carbon dioxide as a wind power plant. However, there are problems with nuclear power plants Besides costing anywhere from 10 to 17 billion dollars and taking five to ten years to build, they produce radioactive waste is very difficult to dispose of safely. This waste can cause various health hazards and death living beings for hundreds miles around in the event of an accident, as seen in Japan. Additionally, nuclear energy is not a renewable resource and will eventually run out.

SOLAR POWER:

Solar Power works by harnessing a fraction of the power of the sun and it is a more efficient source of clean energy, but like all power plants, it has its own downside as well, is only most efficient in a place that has the most sun all year round, it is very expensive to store the energy, it uses hundreds of acres of land, in which it does to a degree effect the normal strive of insects in which seems to be in existent within such land being used, even if to the naked eye of a human being seems like nothing more than a total waste land uninhabitable,  and the mining of materials and manufacturing of solar panels  creates considerable amount of green gases. therefore as you can see, it is not totally environmentally friendly as it seems

WIND POWER:

A wind turbine is a device that converts the kinetic energy of wind into electricity, which is clean and environmentally friendly. However, using hundreds of acres of land to small percentage of electricity compared to other power stations may make one question of if its worth it?. Not does it disrupt the landscape and affect wildlife, but the constant noise from the turbines and propellers also impact areas around the wind farm. Furthermore, wind turbines have caused numerous bird deaths, as some birds have used those paths for centuries, effectively interrupting their natural routes. it also causes animals and insect migration, having to migrate to other places, already over crowded.

THE C.R.-Mfee

The C.R.-Mfee stands for Chain Reaction Magnetic Force Engineered Energy. The C.R.-Mfee can replace the fuel of all those power plants mentioned above, significantly reducing pollution and other environmental issues caused by even the cleanest power sources, such as wind turbines and solar panels, by up to 90% through the power of magnetic forces engineering alone.

The C.R.-Mfee is the most revolutionary energy source available. It is the future of energy, becoming 99% self-reliant, self-efficient, and self-generating in such a way that its velocity will continue non-stop for as long as the magnetic forces of the implemented magnets last, which is typically around three hundred years before they become naturally demagnetized. Additionally, the C.R.-Mfee can be implemented within all electric cars, future airliners, and other vehicles, enabling the reality of any size of electric planes to fly. further, longer and more safer and efficient. thanks to the C.R.-Mfee on board.

Follow us on Facebook: C.R.-Mfee