Record Details
WRRCSR No.09:24:92 Granular Activated Carbon Treatment of Mililani Well Water: Phase II Study to Extend Effective Life of GAC, Six-Month Progress Report
ScholarSpace at University of Hawaii at Manoa
| Field | Value |
|---|---|
| Title | WRRCSR No.09:24:92 Granular Activated Carbon Treatment of Mililani Well Water: Phase II Study to Extend Effective Life of GAC, Six-Month Progress Report |
| Creator | Dugan, Gordon L. Fujioka, Roger S. Lau, L. Stephen Takei, Gerald H. Gee, Henry K. McParland, Terra L. |
| Subject | water treatment atomic absorption spectrophotometry gas chromatography mass spectrometry granular activated carbon minicolumn carbon DBCP TCP Mililani Wells Mililani Water Treatment Plant Oahu Hawaii Carbon, Activated. Mililani (Hawaii) Water -- Purification -- Adsorption -- Hawaii -- Oahu. Water quality management -- Hawaii -- Oahu. |
| Description | The aerated Mililani well water, which removed about 40% of TCP, and spiked deionized water, intended to reduce the level of natural background organics, both appeared to increase the volume of water passing through the minicolumns before breakthrough by nearly 40%. Likewise the carbon usage rates for the spiked deionized water and aerated Mililani well water decreased in comparison to untreated Mililani well water, except for the March 1992 minicolumn experiment, which was nearly the same.... Board of Water Supply City and County of Honolulu Grant/contract No C09012 |
| Date | 2009-06-09T21:42:34Z 2009-06-09T21:42:34Z 1992-10 |
| Type | Report Text |
| Identifier | Dugan GL, Fujioka RS, Lau LS, Takei GH, Gee HK, McParland TL. 1992. Granular activated carbon treatment of Mililani well water: Phase II study to extend effective life of GAC, six-month progress report. Honolulu (HI): Water Resources Research Center, University of Hawaii at Manoa. WRRC special report, 09:24:92. http://hdl.handle.net/10125/8777 |
| Language | en-US |
| Relation | WRRC Special Reports 09:24:92 |
| Format | x + 39 pages application/pdf |
| Publisher | Water Resources Research Center, University of Hawaii at Manoa |
