National Historic Chemical Landmark
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A National Historic Chemical Landmark is a place, discovery or achievement which has been designated by the American Chemical Society (sometimes in conjunction with other national chemical societies) as particularly important in the history of chemistry.[1]
Landmark | Date | Date designated |
ACS site |
---|---|---|---|
Bakelite | 1907 | 1993 | [1] |
Chandler Chemistry Laboratory | 1884 | 1994 | [2] |
Pennsylvania home of Joseph Priestley | 1798–1804 | 1994 | [3] |
Atomic weight of oxygen | 1995 | ||
Chemicals from coal | 1995 | ||
First nylon plant | 1995 | ||
Riverside Laboratory | 1995 | ||
Acrylonitrile production process | 1996 | ||
Houdry process for gasoline production | 1996 | ||
Kem-Tone® paint | 1996 | ||
Williams-Miles History of Chemistry Collection | 1996 | ||
Aluminum production process | 1997 | ||
Bromine production process | 1997 | ||
Gilman Hall | 1997 | ||
Radiation chemistry commercialized | 1997 | ||
Calcium carbide and acetylene production process | 1998 | ||
Fluid bed reactor for gasoline production | 1998 | ||
Havemeyer Hall | 1998 | ||
Raman Effect | 1998 | ||
Synthetic rubber | 1998 | ||
Tagamet® development process | 1998 | ||
Penicillin | 1999 | ||
Physostigmine synthesized | 1999 | ||
Progesterone synthesis and Mexican steroid industry | 1999 | ||
Polymer science of Hermann Staudinger | 1999 | ||
Polypropylene and high-density polyethylene | 1999 | ||
Rare earth elements | 1999 | ||
Work of Antoine Lavoisier | 1999 | ||
Bowood House, site of Joseph Priestley's discovery of oxygen | 1774 | 2000 | [4] |
Edgar Fahs Smith Memorial Collection | 2000 | ||
Helium in natural gas | 2000 | ||
Organic free radicals | 2000 | ||
Polymer science | 2000 | ||
Protein and nucleic acid chemistry at Rockefeller University | 2000 | ||
Transcurium elements at E. O. Lawrence Berkeley National Laboratory | 2000 | ||
Savannah Pulp and Paper Laboratory founded by Charles Herty | 2001 | ||
National Institute of Standards and Technology, (NIST) | 2001 | ||
The Commercialization of Aluminum | 2001 | ||
John W. Draper and the Founding of the American Chemical Society | 2001 | ||
Norbert Rillieux and a Revolution in Sugar Processing | 2002 | ||
Albert Szent-Györgyi and the Discovery of Vitamin C | 2002 | ||
Noyes Laboratory: One Hundred Years of Chemistry | 2002 | ||
Alice Hamilton and the Development of Occupational Medicine | 2002 | ||
Quality and Stability of Frozen Foods | 2002 | ||
The Discovery of Camptothecin and Taxol® | 2003 | ||
The Polymer Research Institute | 2003 | ||
The Development of High Performance Carbon Fibers | 2003 | ||
The Beckman pH Meter | 2004 | ||
Evolution of Durable Press and Flame Retardant Cotton | 2004 | ||
Carl and Gerty Cori and Carbohydrate Metabolism. | 2004 | ||
George Washington Carver: Chemist, Teacher, Symbol | 2005 | ||
Selman Waksman and Antibiotics | 2005 | ||
The Development of the Columbia Dry Cell | 2005 | ||
Neil Bartlett and Reactive Noble Gases | 2006 | ||
Rumford Baking Powder | 2006 | ||
The Development of Tide® | 2006 | ||
Food Dehydration Technology | 2007 | ||
Chemical Abstracts Service | 2007 | ||
Scotch transparent tape | 2007 | ||
Jamestown: the birth of the American Chemical Enterprise | 2007 | ||
The production and distribution of radioisotopes | 2008 | [5] | |
The development of deep-tank fermentation | 2008 | [6] | |
Acrylic emulsion technology: from plastics to paints | 2008 | [7] | |
The Development of the Pennsylvania Oil Industry | 2009 | ||
Deciphering the Genetic Code | 2009 |
References
- ↑ About the Landmarks Program; American Chemical Society, <http://acswebcontent.acs.org/landmarks/about2.html>. (accessed 2 April 2010).
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