The Development of the Petroleum Industry Due to WWII

How has the Second World War affected the development of petroleum refinery processes?


Right around the middle of the 19th century, the main purpose of petroleum refineries was primarily to fit the demand for kerosene production – a fuel used largely for lighting in kerosene lamps, as well as acting as a good lubricant for steam engines. By the turn of the 20th century, a demand for gasoline triumphed over kerosene with the invention of the electric light bulb, as well as the first airplane and the Model T automobile.

The refining industry changed quite drastically with the commencement of the Second World War, bringing about an increased demand for petroleum products such as gasoline to be used in aircraft and land vehicles. Catalytic processing was born in the era just before and during WWII. As shown in Table 1. of Lesson 11, the development of certain processes including alkylation (1940) and fluid catalytic cracking (1942) allowed for gasoline products with a higher octane number and to be obtained in larger yields. [1] Therefore, efforts to support the war essentially increased the efficiency of petroleum refineries as it forced them to determine the best ways to produce gasoline and other crude distillates.

In December of 1942, President Franklin D. Roosevelt went on to establish the Petroleum Administration for War (PAW) in an effort to organize for such a huge increase in oil demand. This provided a trusted foundation and cooperation between many American oil companies. Besides an ever-growing demand for gasoline, WWII also invoked the production of toluene for TNT in bombs, the synthesis of rubber for tires, and oil to be used as lubricant for guns and other machinery. At the time, Japan was in control of 90% of the world’s natural rubber supplies. Being able to manufacture rubber from butadiene became vital for American oil companies, two subsidiaries of Standard Oil Of New Jersey in particular. In addition to these factors, two major pipelines were created extending from Texas to the East Coast, both of which undoubtedly helped the Allied Powers achieve victory in WWII. These were the Big Inch and the Little Big Inch pipelines, the first which carried crude oil while the other carried petroleum products. The use of these pipelines eliminated the threat of German submarines attacking oil tankers. [2]

The wide array of products obtainable from crude oil accompanied by a radical escalation in demand for these products, led to an essential yet effective development of oil refining processes, as well as a victory for the United States of America and its allies.


References:

[1] F Sc 432 Class Website, Lesson 11

https://cms.psu.edu/section/content/default.asp?WCI=pgDisplay&WCU=CRSCNT&ENTRY_ID=F20C6357261A4AE2A750C141B721E8C1

[2] Miller, Keith. “How Important Was Oil in World War II?” History News Network. N.p., 6 July 2002. Web. 29 July 2014.

http://hnn.us/article/339

World War II and the start of catalytic age of refinery

It has been a long history since petroleum refinery started in 1855 in U.S. During 1910 to 1940, thermal refinery was the major refinery process to produce light and middle distillate petroleum products. However, the new chemistry was introduced and catalytic refinery process was developed in 1930s. Compare to thermal refinery, catalytic refinery produces higher yield of petroleum products with higher octane number that reduce knocking. During the World War II, the U.S need higher yield of petroleum products and require higher octane number to run more powerful engines. The pressure from the war provides stimulus to urgently develop catalytic technologies. The World War II helped to start the catalytic age of refinery which between 1940 and 1970.

During the catalytic cracking, reforming, alkylation, polymerization was introduced and they changed the way of making high octane number gasoline. Hydrotreatment was also invented to protect platinum catalyst that used in reforming. During the World War II, intense activities of development of catalytic refinery happened. Visbreaking, alkylation, isomerization and fluid catalytic cracking were invented. All four technologies contribute to increase the yield of petroleum products which with higher octane number. These technologies are still important in the refinery process today. The catalytic age of refinery was end in 1970 not because the new chemistry was introduced. It is due to the 1973 and 1979 oil crises and environmental concerns. The World War II helped to start the catalytic age of refinery. Even the catalytic age of refinery ended, the lessons and experience we learned from catalytic age helped us go even further in the age of heavy end conversion refinery.

References

1. F SC 432 class website Lesson 11

https://www.e-education.psu.edu/fsc432/content/catalytic-refinery-1940-1970

2. Katrina C. Arabe, “How Oil Refining Transformed U.S. History & Way of Life”  January 17th, 2003.

http://news.thomasnet.com/IMT/2003/01/17/how_oil_refinin/

3.Congressional Research Service, “The U.S. Oil Refining Industry: Background in Changing Markets and Fuel Policies”

Click to access R41478.pdf

The Influence of World War II on Petroleum Refining.

Petroleum refining has been around since the 1850s, when a single pot batch distillation was first done to produce kerosene as the major product, and since then it has evolved in many ways into an integrated, complex process that we use today to produce a vast amount of products and fuels. During its existence, petroleum refining has been influenced by many historical events that the world has seen. One of these historical events that greatly influenced petroleum refining, is the Second World War

In the late thirties, new catalytic technologies were being investigated by scientists in the US and around the world. When World War II came around in the forties, countries and scientists were put under intense pressure to make strides in the advancement of petroleum refining, thus providing the stimulus needed to urgently develop catalytic technologies. This catalytic age took place from 1940 to 1970 and was thoroughly fueled by World War II. The historical timeline of petroleum refining shows a clear influx of process development during the age of World War II.

The catalytic refinery of the 1940s largely resembles that of which we use today, in that the goal is to produce high yields of gasoline. This age saw the introduction of catalytic cracking, reforming, alkylation, and polymerization, all of which have contributed to revolutionizing the production of high octane number gasoline. These revolutions largely contributed to the war effort as well. The Catalytic refinery also saw the development of hydrotreatment, which was essential to protect the platinum catalysts used in reforming.

 

References:

1. https://cms.psu.edu/section/content/default.asp?WCI=pgDisplay&WCU=CRSCNT&ENTRY_ID=F20C6357261A4AE2A750C141B721E8C1