History of anthracite coal mining in Pennsylvania occurred with the New York prices (Latzko, 17). The usage of anthracite coal in the iron industry increased demand for hard coal. Since the late 18th century coke (bituminous coal with the impurities burned away) was used as fuel to make iron in Britain. With the spread of popularity of anthracite in the early 19th century, iron makers began experimenting with using anthracite as fuel in iron production. It wasn’t until 1840 when David Thomas introduced Welsh hot blast technology to the Lehigh Crane Iron Company that anthracite was successfully used to smelt iron. It was indicated that using anthracite
Anthracite power-generation. The rarer higher grades of anthracite are purer – i.e., they have a higher carbon content – and are used in steel-making and other segments of the metallurgical industries. Technical characteristics of the various grades of anthracite are as follows: Anthracite is divided by size mainly into applications that need lumps (typically larger than 10 mm) – various industrial processes where it replaces metallurgical coke, and domestic fuel – and those that need fines (less than 10 mm), such as sintering and pelletising. The common American classification by size is as follows: Lump, steamboat, egg and stove coals, the