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Why innovation is important in business
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(lemelson.mit.edu) Henry Bessemer was the son of Anthony Bessemer, an inventor who created a new way to form gold chains. The discovery of this method allowed the Bessemer family to move to England, And once in England, Henry was born. Young Henry was a protege of his father. At the age of 17, Henry revolutionized the way that stamps were dated and thusly saved vast quantities of money for the postal service at the time. This drove Henry to live a life of invention and discovery. Over the course of his life he patented over 100 of his inventions including a sugar crusher. a dating system for stamps, and the Bessemer Converter. Of these inventions, Henry faced few challenges due to the success of his creations, making substantial riches time …show more content…
This is when Bessemer got to work. (britannica.com/Vol 15) In the attempt at making cheap steel to improve making guns, Bessemer found that if you put iron in a vat and blew oxygen through it from the bottom, the pig iron was able to rise to higher melting points. Similar to how adding salt to water makes it boil at higher temperatures results in less water loss while still being able to cook things. except instead of raising the temperature to stop it from boiling, it allowed to get hotter before melting. This happened because when the molten iron had air blown through it, the carbon and other impurities within the iron was burned out and a reliable rate thus bringing the melting point up consistently. Every time the process was completed a volcanic-style eruption shot forth impurities from the vat along with some of the pig iron. The happened because of the air bubble moving and dissipating through the molten mixture. The delay of the bubble was result of both oxidation reactions …show more content…
It is theorized by some that Bessemer did not create the process but instead he stole it from someone else and built upon it for his own benefit. Nonetheless his discovery was just as valid as it was one of the contributing factors to the industrial revolutions as it allowed thousands of tonnes to be produced and set out in a single day. To this day Bessemer-Converter-inspired machines are what make the steel you see in foundations or in many household products. Robert Durrer crafted the first modern of the Bessemer converter with one slight modification being that instead of blowing air it blew in pure oxygen which allowed for purer steel and did not put in nitrogen like the previous method. But it is important to note that Bessemer did not invent the steel that was produced from his machinery. Steel of the similar caliber was produced by viking blacksmiths to craft extremely durable and effective
Banneker invented his first clock in 1753. It was made out of American Parts. People travel al across the world to see his wonderful invention. It was made from hand carved parts. And the clock struck for over 50 years. Unfortunately Banneker died on October 9th, 1806. His mother and his father by
It's amazing to think that a young boy with just a few years of formal schooling went on to become a creative genius and one of the world's most important inventors, receiving more than 50 patents for devices that dramatically changed, improved and modernized the railway system.
Although some may argue these industrialists were “robber barons,” these men were, in reality, “captains of industry” utilizing modern business practices and technology which provided both cheap products and job opportunities for the public, as well as becoming large-scale philanthropists and contributing much to American society. Carnegie became the head of the steel industry by founding the Carnegie steel company in the 1870s. He employed the use of new technology which modernized his business strategies. The use of modern technology such as the Bessemer-process among other inventions led to increased productivity, and, in turn, cheaper goods for the American public. These innovations also led to an efficient mass production of steel for railroads, positively influencing transportation as well as westward expansion.
Andrew Carnegie came over to this country in 1848, with his family in the hopes of finding a better life for themselves. At age 14, Carnegie became a courier in a telegraph office. Later, he became involved with the railroad industry and soon was Superintendent of the railroad in Pittsburgh. By the age of 30 he had an annual income of $50,000. Carnegie then left the Pennsylvania Railroad and started concentrating on steel. He would eventually open the Carnegie Steel Company. He was introduced to a new process called the Bessemer process for his steel. At first Carnegie was not sure of this new process but took a chance and adopted it into his company.
During the Civil War had produced the extremely high demand for more iron particularly in Pittsburg where Carnegie was located at the time. He primarily focuses on developing the steel production in the area of Pittsburg to meet the demand. Andrew Carnegie was credited with innovated a cheap and faster production system for producing steel, eventually becoming the biggest steel
Inventors make many lives more comfortable and convenient. George Edward Alcorn, Jr. was a well-known inventor, but he was a well-established scientist and businessman.... ... middle of paper ... ...
...l presented polluting influences, so new innovation must be imagined to dispose of them. Wrought iron was not effectively produced from mineral fuel pig iron until the center of the eighteenth century.
Henry Ford was in two companies before making a successful company. The first company he had was first named Cadillac Motor Company then changed into the Ford Motor Company when they went bankrupt once, which was established in August 22, 1902. He went into this company with twenty-eight thousand dollars and eleven men. This company only made around five cars a day. The only way that they made cars was that they would group three guys on one car. During this time, the Great Depression was going on which made one of the toughest times to sell cars. When the company went bankrupt twice, he was not about to give up. When he was forty years old, he created the Ford Motor Company. On one of his projects he made a design for a car that broke the fastest car record. Once the word went around people started to buy his cars. Once the Great Depression ended he started making money. Today Ford Motor Company is one of the most successful company in America.
Carnegie visited Britain often and took note of the rise of the iron industry. He was impressed by Henry Bessem...
By adding up to 2%,of carbon it makes the steel tough and strong. Although it’s tough and strong, it is able to bend. To make sure that the metal doesn’t rust, it has a zinc coating on it. Iron is 26 on the periodic table,and considered an “transition metal,” meaning that it is ductile and malleable, and conduct electricity and heat. ... “Some other elements that are similar to iron are cobalt and nickel. They are the only elements known to produce a magnetic field.” Zinc is 30 on the periodic table and it is also a transition metal like iron. “The first iron used by humans is likely to have come from meteorites.” A meteorite is a meteor that survives its passage through the earth's atmosphere such that part of it strikes the ground. More than 90 percent of meteorites are of rock, while the remainder consist wholly or partly of iron and nickel. Meteors are believed to have been from the asteroid belt of Mars and
The beginnings of modern processing of iron can be traced back to central Europe in the mid-14th century BC. Pure iron has limited use in today’s world. Commercial iron always contains small amounts of carbon and other impurities that change its physical properties, which are much improved by the further addition of carbon and other alloying elements. This helps to prevent oxidation, also known as rust.
Today cars are all around us. They come in many different shapes and sizes. Some of them are even becoming better for the environment. Let's go back to the car when it was first made. Believe it or not Henry Ford was not the first person to create the car. However, what he did was still very important.
“Vanadium making steel stronger”(“Admin. 13 Creative…”) Well without vanadium it would not be possible. Vanadium is an element on the periodic table. Its atomic number is 23(vanadium world of….). Its atomic mass is 50.9(vanadium world of….). It melts at 119 °C (vanadium world of….). So it can take the heat. Vanadium is the most helpful element out there. According to Webster’s English Dictionary, helpful is defined as providing service, or assistance. Since vanadium is healthy,nutritious, and useful; it is the most helpful element, some however might argue that Barium is more useful
During 1448, a German inventor named Johann Gutenberg changed the world. With many different strategies that he overcame and ways that he could spread his creation, he did it so that the whole nation could experience his brilliant invention. Although, there were many achievements throughout the world that deeply impacted many things that we still use today, the most important achievement throughout technology is the printing press by Johannes Gutenberg. It helped spread the spread of religion, books and as well as influencing the public’s opinion through articles and newspapers. Johannes Gutenberg is an inventor born in Mainz and created the printing press.
Some of his inventions were improvements on other inventions, like the telephone. He didn’t “invent” the telephone he just made it better. Some of his inventions he did try to invent, like the light bulb and the movie projector. The one he is most proud of was pretty much an accident--the phonograph.