Sulphate-reduction water treatment at Mount Pleasant : phases I and II / Tom A. Al and Nicolette Stanley.
by Al, Tom A; Stanley, Nicolette; New Brunswick. Dept. of Natural Resources. Minerals, Policy and Planning Division; University of New Brunswick.Material type: BookSeries: Open file (New Brunswick. Minerals, Policy and Planning Division): OF 2007-3.Publisher: [Fredericton, N. B.] : Department of Natural Resources and Energy, Minerals, Policy and Planning Division, 2007Description: ii, 51 p. : ill., charts, tables ; 28 cm.ISBN: 9781553963912.ISSN: 17022649.Subject(s): Water -- Purification -- New Brunswick -- Mount Pleasant | Sanitary microbiology | Water -- Purification -- Biological treatment | Acid and drainage -- New Brunswick -- Mount PleasantDDC classification: CA2 NB NATMIN S76 2007
|Item type||Current location||Call number||Status||Date due|
|Government Documents / Documents gouvernementaux||CA2 NB NATMIN S76 2007 (Browse shelf)||Available|
|CA2 NB NATMIN S25 2007 Seismic methods in mineral exploration :||CA2 NB NATMIN S42 2000 Slag fuming at Belledune, New Brunswick:||CA2 NB NATMIN S7301 1994 Surficial geology (Regolith) mapping and follow-up till and quartz-boulder sampling in the Fosterville (NTS G/13) map area, York and Carleton counties, New Brunswick. /||CA2 NB NATMIN S76 2007 Sulphate-reduction water treatment at Mount Pleasant :||CA2 NB NATMIN S76 2008 Survey of potential decorative aggregate materials in New Brunswick.||CA2 NB NATMIN S77 2005 Stratigraphy, structural geology, and tectonic history of the McCully area, Moncton subbasin, Southeastern New Brunswick/||CA2 NB NATMIN S77 2009 Stratigraphy and structural history of the late Paleozoic Maritimes Basin in southeastern New Brunswick, Canada /|
This report has been prepared by Dr. Tom A. Al and Nicolette Stanley, University of New Brunswick, Fredericton, New Brunswick for the Province of New Brunswick. The document has been published as received from the authors.
Includes bibliographical references (p. 47-48).
Phase I. A research project to assess the potential for bacterially mediated sulphate reduction as a method for mine water treatment -- Phase II. Passive treatment of mine drainage using sulphate-reducing bacteria : a field experiment.