What was the Bessemer process used for?

What was the Bessemer process used for?

Bessemer Process 

The Bessemer Process was created by Henry Bessemer in the 1850's and later pattened by Bessemer in 1857. Bessemer worked to find a process by which steel can be manufactured entirely while being a reliable process. Henry Bessemer designed a process whereby oxygen was used in the steel making process to create highly reliable steel product. The oxygen aided in the steel burning at a much higher temperature thus burning any impurities of the process. This allowed for steel to be manufactured in a high quantity and in a much quicker fashion. Bessemer's innovation changed the steel industry and allowed for much more efficiency in the steel industry.4

4.McNamara, Robert. “History and Impact of High Quality Steel in the 1800s.” ThoughtCo, ThoughtCo, 2 Apr. 2019, www.thoughtco.com/bessemer-steel-process-definition-1773300.

What was the Bessemer process used for?
Worker

The Bessemer process is a method of steel production named for British inventor Sir Henry Bessemer. During the Bessemer process, iron workers inject air into molten steel to remove carbon and impurities. After the Bessemer process was introduced in the 1850s, steel refining and production increased dramatically. Modern steel manufacturing uses a similar technique, but the process has been refined over the years to create high-quality steel with very few impurities.

Steel manufacturers use a special furnace, known as a Bessemer converter, to produce steel using this technique. They place iron in the furnace and melt it to produce a molten liquid, then use a high-powered blower to pass air through the liquified iron. As the air passes through, oxygen molecules within the air interact with minerals and carbon molecules in the metal. As the air exits the molten iron, it brings the carbon and other particles with it in the form of gas or slag. The remaining iron can then be poured into molds to form steel objects.

Using the Bessemer process, manufacturers were able to produce better quality steel than was previously possible. The resulting steel was stronger and more durable, allowing larger and longer-lasting structures to be built. This process also helped manufacturers produce steel more quickly, and at a lower cost than with previous techniques. For more than a century, the Bessemer process became the most popular method of mass steel production, and much of Bessemer's techniques live on in modern industry.

The steel produced using the Bessemer process has an enormous impact on warfare and industry. In fact, the Crimean War was a major source of motivation for Bessemer to develop his famous refining technique. During the war, Bessemer sold artillery shells that tended to be brittle and of poor quality. By injecting air into iron during the refining process, Bessemer was able to create strong shells that were in high demand during the war, and could be produced quickly to keep up with military orders.

While Henry Bessemer is often credited as the sole developer of this process, the Bessemer process history actually dates back thousands of years to ancient China. Many believe the Chinese were the first to use this method of steel production, but never relied on this technique for mass production. A similar process was patented by American William Kelly in 1855. Before Kelly could market his new process, he went bankrupt and sold his patent to Bessemer, who lent his name to this vital industrial technique.

What was the purpose of the Bessemer Process?

The Bessemer process allowed steel to be produced without fuel, using the impurities of the iron to create the necessary heat. This drastically reduced the costs of steel production, but raw materials with the required characteristics could be difficult to find.

What effect did the Bessemer Process have on society?

The biggest way that the Bessemer Process changed the world was by making steel cost-effective and mass-producible. Steel became a dominant construction material solely because of this invention. In England, the cost of steel dropped from £40 GBP to £6-7 GBP per long ton.

What problem did the Bessemer Process solve?

The Bessemer converter was a squat, ugly, clay-lined crucible that simplified the problem of removing impurities — excess manganese and carbon, mostly — from pig iron through the process of oxidation.

What was the Bessemer Process in simple terms?

Definition of Bessemer process : a process of making steel from pig iron by burning out carbon and other impurities by means of a blast of air forced through the molten metal.