The Development of the Coal Industry

Development of the coal industry 1) Although it is bright at the beginning, workers have problems with lighting construction. Several methods are used, but none are particularly attractive. It is not safe to ignite at a mine. They first used rotten fish and gave phosphorescence (excluding a bad smell). The candle exploded at the methane flint factory, the sparks were shining, but methane also ignited. Since 1815, Dave Lights has become available, but it is expensive and employers are reluctant to buy them.

The most important technical development in the pre-war US coal industry was the successful use of iron making technology with anthracite coal. Bituminous coal or coke burned from bituminous coals since the 1880s has become the fuel of choice for British steelworks. If anthracite was almost successfully entered into an American furnace, there seems to be no reason not to use coal to make iron. However, similar to home use, the industrial potential of anthracite faces a major technical barrier. In the early 19th century British and American iron stove, excessive air is needed to refuel the fuel, whether it is coal, wood or charcoal, due to the high temperature required to smelter iron ore did. The density of the anthracite resist tries to ignite it with a cold wind, and therefore it seems to be a fuel inappropriate for most American iron furnaces.

In the first half of the nineteenth century, coal was used as a fuel for transportation and it began to rapidly use energy for heating and industrial production. In particular, when coal coke is used in steel production, a large amount of waste is generated in the form of coal tar. This toxic paste-like paste began to accumulate and we began trying to find new industrial applications and soon our chemistry of the fossil fuel industry came into existence. Since 1834, German chemist Friedlieb Ferdinand Runge invented chemical coatings and dyes with tar (Fischer, 2012: 30). It has existed for 200 years. In 1889, French chemist Hilaire de Chardonnet commercialized the first man-made fiber called rayon - "rayon". In the beginning of the 20th century, Belgian chemist Leo Baekeland created the first thermosetting plastic "Bakelite." Polyethylene and polystyrene were not invented until the 1930s.

Finally in the late nineteenth century after the railroad passed through the middle of the Appalachian Mountains, the coal industry also began to progress on a similar development path. At first, there are many small coal operators. However, according to Eller, a historian at the University of Kentucky, by the beginning of the 20th century, large foreign companies had annexed small local companies. We usually think that 'redistribution of wealth' is an abbreviated expression of a taxing company, but wealthy people are funding the poor. The Appalachian Central Exploration Agency makes it possible to redistribute the wealth of nature in this region to shareholders in metropolitan areas far away. Sacrificed man-made cheap energy, and ordinary Appalachians