A Brief Note On Tour : Coteau Freedom Mine, A Subsidiary Of North American Cole Mine Of Naco

When asked to think of coal mining, what comes to mind? A mountain with a hole cut into the side of it with a set of railroad tracks disappearing into it? Maybe an old mine car or two full of some rocks or coal, with a pickaxe and shovel leaning against it. A few guys with hard hats covered in a black powder coming walking out of the mine pushing a car or two full of coal. The technology has advanced but the process is basically still the same as well as the outcome. Coal is retrieved from underground and taken to factories to be burnt to create electricity or to fuel the steel mills.

Coal discovery dates to the 1300s with the Hopi Natives. This would prove significant some five hundred years later when coal became the predominant source of power in the mid to late 1800s. This would prove even more significant when the Government started surveying the landscape for the best route for the Transcontinental Railroad in 1853. Upon completion of the research, one thing the scouts made clear was the presence of coal in Wyoming and some of the western states. To run supplies from the eastern states to the west they needed the presence of coal to be close and readily available for the coal fueled trains. This played a major role in the industrial revolution the United States was about the experience.

The Britannia Mines has played such a major role in the building blocks of British Columbia’s economic development and early history. Behind the unforgotten community that once flourished with 60,000 miners of different races and religions, lies a rich history that captures the hearts of many who pass by one of the most successful copper sites of its time. With that being said, the legend behind the discovery of affluent minerals in Britannia Mines is by a doctor who was searching for gold in the year, 1888. After many failed attempts to set up a mining industry, the Britannia Mine and Smelting Company Ltd. took interest in this discovery and developed operation systems and communities. The Britannia Mines in the 1920s became such a successful

Coal mining is not new to the Appalachian region. Miners have been working the rich coal fields of Appalachia for generations.14, 17 The first coal mines in these states were small, local owned operations.17 This all changed, however, in the late 19th century when “agents from land companies had swept through the region buying up mineral rights, sometimes for as little as fifty cents per acre, separating the use of the surface (and tax liability) from the natural resources that might be below.”17 In legal terms, and in very fine print, these “broad form deeds often signed over the rights to ‘dump, store, and leave upon such land any and

Mine owners and coal miners made Pennsylvania the nation's leading coal producer. Virtually all of the country's anthracite and bituminous coal came from Pennsylvania, and anthracite production dominated the Commonwealth's coal production for most of the nineteenth century. In 1897 western Pennsylvania's bituminous mines surpassed anthracite production. The Keystone state led the nation in mining bituminous coal until around the

Have you ever thought about how your able to use a TV or lamp? There are people who have to work in mines or around dangerous machinery just so we can have that privilege. Thousands of miners and other people have been killed because of coal mining. Coal mining has brought some good thought taxes and jobs created. The most important effects of coal mining on the state of West Virginia are thousands of jobs being created, coal affecting West Virginia economically, and coal being used for energy.

The energy we get from coal today comes from the energy that plants absorbed from the sun millions of years ago. When an area is to be mined, topsoil and subsoil are removed from the rock and so is another material, call overburden, to expose the bed of coal. All living plants give solar energy through photosynthesis. When plants die the energy gets out as the plants decay. The whole decaying process gets interrupted which prevents the release of the stored solar energy, then the energy stays locked in the coal. The plant material gets subjected to high temperatures and pressures which causes physical and chemical changes in the vegetation, transforming it into peat and then into coal. The formation of peat is the first step in the geological formation of fossil fuels such as coal. Peat plants is not only the first step for formation but they also capture CO2 itself. There are many effect to the environment when it comes to coal; an example is AMD which stands for Acid mine drainage; it includes the outflow of acidic water from coal mines or metal mines. Mines exposed rocks containing pyrite which reacts to water and air to form acid and dissolved iron and can easily wash into rivers and streams. Coal is a huge impact when it comes to hurting our

Western Virginia and the Appalachian Plateau have an abundance of coal in their land. Mostly it is from million year old decomposed plant materials that have created 76 distance coal beds; about half of these are currently being commercially mined. Two fifths of the coal produced in VA is exported out of state. The remaining coal is used to produce energy in local coal burning power plants. Locally sourced coal makes up a little bit over 37% percent of all of Virginia’s power (Sites, 2014).

This report presents an evaluation of the Ely copper mines system found in Vermont Alaska. This report is associated with the Ely Copper Mine Superfund site in Vershire, Orange County, The Ely Copper Mine Super¬fund site was placed on the U.S. Environmental Protection Agency (USEPA) National Priorities List in 2001. Results of detailed mine-waste investigations show that the mine, which operated intermittently from the early 1800s until 1905,

Coal’s reputation has become as black as coal itself, but without it the quality of life that hundreds of millions of people enjoy today would not be possible. Coal has been used in many ways throughout history and it will continue to be a vital resource in supplying the energy needed to fuel an energy hungry world. Research cited throughout this paper suggests that coal is an energy source for the future because it is stable and reliable with abundant reserves, it is the most affordable and efficient fuel source used to produce power, and because of new clean coal technologies, coal can be burned with minimal to no damage to the environment.

States has a large amount of coal remaining to be mined and burned, almost three-fourths of the public land in America has been declared off-limits for mining. Mountaintop mining is a relatively new form of surface mining that has steadily gained popularity. The debate as to whether or not this process is an economic necessity or environmental disaster for Kentuckians is the question. Undoubtedly, it is an environmental disaster and it should be removed in every state that they are using it not to mention the health hazards. One report found states, “Although dozens of new coal-burning power plants are planned or under construction, the latest coal boom is meeting resistance from critics who want to shift the U.S. economy toward cleaner fuels. Even if electricity from coal is cheaper than other sources, they argue, the savings are far outweighed by its environmental and health impacts” (Isabella, 2013).

Coal (n): A combustible black or dark brown rock consisting mainly of carbonized plant matter, found mainly in underground deposits and widely used as fuel. This little rock is what keeps 39% of our nation running. 10% of that coal comes from stripping the Appalachian mountain range of her beautiful peaks in a process called strip mining- or, more popularly, Mountaintop Removal. Coal is considered a non-renewable energy resource, meaning once it’s depleted, it will not return for millions of years. Once it's gone, it's gone. These non-renewable sources are found deep underground. Coal needs to be mined out, either by machine or by manual labor. The use of and the process in which we procure coal is a detriment to both the environment and the people in said environment. It is dangerous to the workers within the mines, the flora and fauna around the sites, and the surrounding communities.

Coal is a hard, black colored rock-like substance. It is made up of carbon, hydrogen, nitrogen, and varying amount of sulphur. Coal was form as decomposition took place in the absence of oxygen and much of the hydrogen content of the matter was eroded away, leaving a material rich in carbon. The material was compressed over the years by sand and dirt, leaving the form of a carbon known as coal. The different types of coals are Anthracite, bituminous, lignite, peat, coke, and charcoal. Coal is mined out of the ground and used to produce energy. However, they are many deaths, injuries, and sickness involved in mining coal.

Coal, a mineral I have discussed previously, is necessary to our everyday lives. Coal is an incredible source of energy; it heats our houses and buildings, and also fuels stoves. You may often wonder where this extremely useful mineral comes from. Coal does not just appear; it needs to be mined through a process which results in our being able to utilize it. Coal mining is fairly inexpensive, is carried out on a large scale and can be mined in either underground or surface mines.

Lignite is the softest coal. Further compression and aging caused the lignite coal to change into bituminous coal. Bituminous is a soft, black, brittle material that is extremely flammable and produces a lot of ash and sulfur when burned. This is the type of coal that is mined in the Appalachian Mountains, Great Plains, and the Colorado Plateau. Heat and pressure then turn bituminous into anthracite. Anthracite is the final stage of coal, and is composed almost entirely of carbon. Lignite and bituminous coal are sedimentary, while anthracite is metamorphic. Anthracite is only found where pressure and heat were very great. It doesn’t produce as much heat as bituminous coal, but it burns longer without as much residue. There are anthracite fields in Pennsylvania and Great Britain (U.S Energy Information Administration).