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George E. Davis

Also Known As George Edward Davis
Chemical Engineering

George E. Davis was an English chemist and engineer, born in 1850 and died in 1907, regarded as the founder of chemical engineering as a distinct discipline. He identified common unit operations shared across otherwise very different chemical factories and systematized them into a coherent field of study, laid out in a series of twelve lectures delivered at the Manchester Technical School in 1888 and later published as A Handbook of Chemical Engineering. British industry at the time largely regarded the material as common knowledge already in practice, but the lectures had a much larger impact in the United States, where they helped spark the creation of dedicated chemical engineering degree programs at several universities; the Institution of Chemical Engineers now honors him through its George E. Davis Medal.

Facts
Birth Year
1850 1
Birth Date
1850-07-27 1
Death Year
1907 1
Death Date
1907-04-20 1
Nationality
English 1
Connections

In Field

Source George E. Davis (Wikipedia)
In the Other Atlases
Sources
1. George E. Davis (Wikipedia)
Wikipedia
  • Lead paragraph, sentence 1
    George Edward Davis (1850-1907) was a chemist who is regarded as the founding father of the discipline of chemical engineering. He was also involved in microscopy.
  • In Field: Chemical Engineering, Categories
    British chemical engineers
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Frequently Asked Questions

Why is George E. Davis called the founding father of chemical engineering?

His 1888 Manchester lectures and his Handbook of Chemical Engineering defined the discipline.

Davis identified broad features in common to all chemical factories and wrote the influential A Handbook of Chemical Engineering. He also gave a famous series of 12 lectures in 1888 at Manchester Technical School, and these lectures defined chemical engineering as a discipline. He had wanted to name the Society of Chemical Industry, formed in 1881 with him as its first Secretary, the Society of Chemical Engineering. His lectures were criticized as commonplace know-how drawn from British industrial practice, yet in the United States they helped initiate new thinking in the chemical industry and sparked chemical engineering degree programmes at several universities.
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