Charles Avery Doremus

Charles Avery Doremus
Born 6 September 1851
New York City
Died December 2, 1925 (aged 74)
Nationality USA
Alma mater College of the City of New York (1870)
University of Heidelberg (Ph.D., 1872) [1]
Occupation chemist

Charles Avery Doremus (6 September 1851 in New York City – 2 December 1925 in New York City) was a United States chemist.

Biography

He was the son of chemist and physician Robert Ogden Doremus. He graduated from the College of the City of New York in 1870, and subsequently studied in the universities of Leipzig and Heidelberg, receiving the degree of Ph.D. from Heidelberg in 1872.

In 1877 he became professor of chemistry and toxicology in the medical department of the University at Buffalo, which office he held until 1882, when he became assistant to the chair of chemistry and physics in the College of the City of New York. Meanwhile he had received the appointments in New York City of lecturer on practical chemistry and toxicology in Bellevue Hospital Medical College, and professor of chemistry in the American Veterinary College. The chemical laboratories in these institutions, excepting Bellevue, were organized under his direction.

Doremus made a specialty of medical chemistry and toxicology, and was frequently called into courts as an expert in such matters. He was chemist to the Medico-Legal Society, and a member of the chemical societies of Berlin, Paris, and New York City, and for some time edited the journal of the latter society. He wrote frequent papers on sanitary chemistry and methods of analysis, which appeared in the proceedings of the societies to which he belonged, and he is the author of a “Report on Photography,” contributed to the U. S. government reports on the Exhibition held in Vienna in 1873.

He was a holder of patents for a process for softening water, for a gas furnace, for producing hydrofluoric acid, for extracting alumina from clay and for the extraction of potash from feldspar.

Notes

  1. ↑ Alexander, Jerome, "Charles Avery Doremus", Ind. Eng. Chem., 1926, 18 (2), pp 214–214 DOI: 10.1021/ie50194a037 Publication Date: February 1926

References

    Attribution