Willauer Black Diehl (cropped)
Willauer is a surname. Notable people with the surname include: * Eliot Butler Willauer (1912–1972), American architect * Heather Willauer (born 1974), American chemist and inventor *Whiting Willauer Whiting Willauer (1906–1962) was an American ambassador to Costa Rica and Honduras. He is also considered as a key player during the 1954 operation against Arbenz in Guatemala. Biography Whiting Willauer was born on November 30, 1906, in Ne ...

Eliot Butler Willauer
Eliot Butler Willauer, AIA, (April 4, 1912 – February 6, 1972) was an American architect active in mid-twentieth-century New York City. With William G. Tachau, he was a principal in the architectural firm of Tachau & Vought, the successor firm to Pitcher & Tachau.Nancy L. Tod''New York's Historic Armories: An Illustrated History'' (Albany, New York: State University of New York Press, 2006), p.268 The firm, located on 102 East 30th Street around 1923, specialized in mental hygiene hospitals."Questionnaire for Architects’ Roster and/or Register of Architects Qualified for Federal Public Work(May 20, 1946)Office for Metropolitan History"Manhattan NB Database 1900-1986," (21 Feb 2010) He went on to a career as an associate with the firm of Eggers & Higgins. Personal life Willauer was born April 4, 1912, in Rye, New York, and attended Phillips Exeter Academy, graduating in 1930. He earned his bachelor's degree and Master of Fine Arts from Princeton University in 1934 and 1937 (f ...
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Heather Willauer
Heather D. Willauer (born 1974) is an American analytical chemist and inventor working in Washington, D.C., at the United States Naval Research Laboratory (NRL). Leading a research team, Willauer has patented a method for removing dissolved carbon dioxide (CO2) from seawater, in parallel with hydrogen (H2) recovered by conventional water electrolysis. Willauer is also searching to improve the catalysts required to enable a continuous Fischer–Tropsch process to recombine carbon monoxide (CO) and hydrogen gases into complex hydrocarbon liquids to synthesize jet fuel for Navy aircraft. Especially significant for the Navy is the possibility of maintaining naval air operations in remote areas without depending too much on long-distance transport of jet fuel across oceans. The Navy is also studying the feasibility of constructing on-shore facilities capable of synthesizing kerosene from hydrogen and CO2, both extracted from seawater constituents. Because of the very high electrical ...
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