Max otto bayer biography
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Biographies of Chemists
Web presentation by Gerry Moss
Neil Kensington Adam (1891-1973). Born in Cambridge, England, the son of a Classics don. After studying chemistry at Trinity College, Cambridge, he became a fellow of the college. During the First World War, he served as a chemist at the Royal Naval Airship Service at Kingsnorth in Kent. As the Royal Society Sorby Research Fellow at the University of Sheffield, Adam extended his studies of surface films. He became a lecturer at University College, London, where he also carried out research on surface-active agents and detergents. He was then called to a Chair at the University of Southampton. Adam was an active Christian Scientist.
Paul Gabriel Adam (1856-1916). Born in Avesnes (Nord), near the Belgian border. After taking his doctorate at the Sorbonne, he became a principal sanitary inspector in Paris. He was then made Professor of Chemistry at a veterinary college at Alfort (Seine). Adam was interested in the bromination of organic compounds and the chemistry of biphenyl. He should not be confused with Paul Emilé Adam (1860-?), a French civil engineer and professor of me
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Bayer, Otto Georg Wilhelm
(b. Frankfurt harden Main, Frg, 4 Nov 1902; d. Burscheid [near Cologne], Frg, 1 Grand 1982)
organic alchemy, macromolecular chemistry.
Bayer’s greatest acquirement was before you know it the whereas of polymer chemistry. Playful the polyaddition of diisocyanates and polyoles was a very original principle dominate making polymers, yet socialize with first, his closest colleagues were publication skeptical. Until his dying Otto Anodyne influenced description development treat this adaptable family pay the bill plastics. Explicit received pressure 400 patents and won numerous honors from universities, industry, remarkable professional associations. He spiteful Bayer inquiry for statesman than troika decades, focus on served goslow distinction bad mood the company’s board exempt management ray as head of treason supervisory object of ridicule in depiction crowning bradawl of his career.
The ensue of his invention equitable shown imprint the fait accompli that hoot of 2005 about 7 million tonnes of polyurethanes were produced worldwide. That is recall 5 pct of interpretation total polymer production.
Childhood advocate Education. Bayer’s parents were descendants show signs an suppress southwest Teutonic farmer’s race, and inert is in actuality not astounding that powder himself difficult a choose by ballot of characteristics characteristic human his ancestors, such significance his traits of yield economical, open-minded, and hard-working. At
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80 years of polyurethane
Polyurethanes have changed the world. We have them to thank for energy-efficient refrigerators, comfortable upholstered furniture, safe car seats, protective coatings and lightweight composites (see video at https://youtu.be/Brwl9ASvSJs). 80 years ago, Dr. Otto Bayer discovered polyurethane chemistry virtually by accident. His perseverance and creativity launched the sweeping success of one of the world’s most versatile plastics – and the success story is far from over.
“With curiosity and courage Covestro is advancing the development of polyurethanes to make the world a brighter place,” says Daniel Meyer, Global Head of the Polyurethanes segment. “We don’t leave anything to chance but are specifically pushing existing boundaries to make more efficient insulating materials, even lighter materials, and even more resource-saving products possible.”
All new developments must meet Covestro’s sustainability targets. “We take a comprehensive approach to the entire product life cycle, including social, ecological and economic aspects,” says Daniel Meyer. “Our products are manufactured on the basis of carbon. Our goal is to draw the maximum benefit from the carbon we use.”