Maxwell Bruce Donald FRIC FIChemE FRHistS (1897 - 6 January 1978)[1][2] was a Ramsay professor of chemical engineering at University College London[3] and a historian specialising in mining.
In 1932, Donald joined the chemical engineering department at University College London as a lecturer and researcher under W. E. Gibbs.[6] During the 1930s, Donald worked with the professor of biochemistry, Sir Jack Drummond on the isolation of Vitamin A and B from fish liver oil and wheat germ.[6]
During 1947 Donald became a reader in the department at University College London.[6] In 1950, Donald was promoted to vice president of the Institution of Chemical Engineers.[2]
In 1951 Donald replaced H. E. Watson as the Ramsay professor of Chemical engineering at University College London.[3] During this time the department greatly increased, with Donald overseeing the design and construction of a new building.[6]
Donald was the initial academic liaison and member of the editorial board of the journal Chemical Engineering Science which launched in October 1951.[11] At UCL, Donald worked with Eric Mitchell Crook on developing the discipline of biochemical engineering, including the production the first coenzyme A in Britain from yeast as part of a Medical Research Council project.[12][13][14][6][15] With Ernest Baldwin, head of biochemistry, Donald set up a joint diploma in 1959, later a masters programme in biochemical engineering at UCL.[16][17][18]
Donald retired in 1965 and was replaced as the Ramsay professor of Chemical Engineering by P. N. Rowe.
Historian
Donald was a keen historian and published a number of works: History of the Chile nitrate industry (1936),[19] Burchard Kranich (c. 1515–1578), miner and queens physician, Cornish mining stamps, antimony and, Frobishers gold (1950),[20] Elizabethan Copper:The History of the Company of the Mines Royal 1568-1605 (1955)[21][22][23] and Elizabethan Monopolies: The History of the Company of Mineral and Battery Works from 1565 to 1604 (1961).[24] Donald was the historian of the Society of Mines Royal.[25] His work on mining history was recognised by being elected a fellow of the Royal Historical Society.[2] Donald had planned to restore a Cornish tin mine but due to bad health he had to abandon his plans.[26]
Awards
In 1937, Donald won the Institution of Chemical Engineers senior Moulton Medal.[27] Donald was awarded the Osborne Reynolds medal in 1940, for his most meritorious long-term contribution to the progress of the Institution.[2]
The Institution of Chemical Engineers named its award for to an individual for outstanding services in biochemical engineering. The Donald Medal has been awarded by the Biochemical Engineering Special Interest Group since 1989.[28][16]
^Reece, M. C.; Donald, M. B.; Crook, E. M. (1959). "The evaluation of a process for the preparation of co-enzyme a from yeast". Journal of Biochemical and Microbiological Technology and Engineering. 1 (2): 217–228. doi:10.1002/jbmte.390010208.
^Munden, J. E.; Crook, E. M.; Donald, M. B. (1963). "The development of a process for recovering nucleotides from Bakers' yeast". Biotechnology and Bioengineering. 5 (3): 221–230. doi:10.1002/bit.260050307. S2CID85134530.
^"Review of M. B. Donald, Elizabethan Copper:The History of the Company of the Mines Royal 1568-1605". {{cite journal}}: Cite journal requires |journal= (help)
