Lime Co

Pluess-Staufer), and Pfizer Inc. The principal U.S. producers of precipitated products are Mississippi Lime Co. and Pfizer Inc. 

Chemical Company of Malaysia Berhad, See CCM Chemicals Sdn Bird (Malaysia), 191 Chemical Databases Software, 308 Chemical Fabrics and Film Association, 269 Chemical Industries Association (CIA), 265 Chemical Industry Institute of Toxicology (CUT), 269 Chemical Institute of Canada (CIC), 259 Chemical Lime Co., 223... 

Suppliers Barium Chemicals, Bruchem, Chemical Lime Co., Coyne Chemical, Kraft Chemical, Austin White Lime Co., Cutler-Magner Co., Mississippi Lime Co., Los Angeles Chemical, others. 

Miiller-Kiihne A process for recovering sulfuric acid from phosphogypsum, the waste product from the manufacture of phosphoric acid. The process is economic only if the lime co-product is converted to cement. Based on the work of W. S. Muller and H. H. Kiihne at Bayer, Leverkusen, from 1915 to 1918. Further developed in Germany in the 1950s and still in operation in Germany and Austria in 1989. 

WHEN WATER IS ADDED TO LUMPS OF QUICKLIME (CoO), THEY CRUMBLE INTO A WHITISH POWDER OF SLAKED OK HYDRATED LIME (Co(OH)a). (SEE ALSO PAGE 45.)... 

Approximately 3% of absorbed sevoflurane is biotransformed by hepatic CYP2E1, the predominant product being hexafluoroisopropanol metabolism of sevoflurane also produces inorganic fluoride. Interaction of sevoflurane with soda lime (CO absorbent) produces decomposition products, one of which, compound A (pentafluoroisopropenyl fluoromethyl ether), may have toxicity (see Side Effects Kidney, Liver, and Gastmintestinal Tract below). 

Mississippi Lime Co. has designed Magnum Gloss for use in glossy, high brightness coated paper and board applications. 

An early problem with this chelate system was the oxidation of ferrous ions to the inactive ferric form. Argonne National Laboratory has been conducting an extensive study to develop additives that inhibit this oxidation (Mendelsohn et al., 1991). Further development of the additive approach is being carried out under an agreement between Argonne and Dravo Lime Co. Another approach is under development by The Dow Chemical Co. A key feature of the Dow process is the use of an electrochemical cell to reduce ferric ions to the ferrous state (Livengood, 1989). 

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