Advanced processes for simultaneous arsenic and manganese removal.1583214607 Advanced processes for simultaneous arsenic and manganese manganese (măng`gənēs, măn`–) [Lat.,=magnet], metallic chemical element; symbol Mn; at. no. 25; at. wt. 54.938; m.p. about 1,244°C;; b.p. about 1,962°C;; sp. gr. 7.2 to 7. removal. Prepared by Yu Jung Chang Jung Chang (Traditional Chinese: 張戎; Simplified Chinese: 张戎; Wade-Giles: Chang Jung, Pinyin: Zhāng Róng et al. American Water Works Assn. 2006 110 pages $263.00 Paperback TD427 The project described in this report sought to demonstrate a water treatment process that simultaneously removes both arsenic and manganese. The treatment process studied involved oxidation, ferric chloride ferric chloride n. A salt, FeCl3, used medicinally as an astringent and a hematinic and industrially as a coagulent. addition, and filtration. The demonstration took place at the Southern California Southern California, also colloquially known as SoCal, is the southern portion of the U.S. state of California. Centered on the cities of Los Angeles and San Diego, Southern California is home to nearly 24 million people and is the nation's second most populated region, Water Company's Centralia site. The report details bench, pilot, and full-scale testing, and discusses cost analysis. Appendices provide a bench test plan, pilot and full-scale test results, and a photo log of the test site. The report lacks a subject index. ([c]20062005 Book News, Inc., Portland, OR) |
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