Title:
Environmental geochemistry of sulfide oxidation
Series:
ACS symposium series; 550
Publication Information:
Washington, DC : American Chemical Society, 1994
ISBN:
9780841227729
General Note:
Developed from a symposium sponsored by the Divison of Geochemistry, Inc., at the 204th National Meeting of the American Chemical Society, Washington, DC, August 23-28, 1992
Added Corporate Author:
Added Conference Author:
Available:*
Library | Item Barcode | Call Number | Material Type | Item Category 1 | Status |
|---|---|---|---|---|---|
Searching... | 30000002569030 | QE516.S1 E57 1994 | Open Access Book | Proceedings, Conference, Workshop etc. | Searching... |
On Order
Summary
Summary
Provides an overview of recent research on the environmental effects of sulfide oxidation in geochemistry and related disciplines. Features new techniques, including scanning tunneling microscopy, x-ray absorption near-edge structure (XANES) spectroscopy, and evolved gas analysis. Describes kinetics of sulfide mineral dissolution, microbiological processes, solubility of secondary minerals, and effects on groundwater and surface-water systems. Presents advances in numerical modeling, prediction of acid generation, and remediation technology for mining wastes. Includes review of stable isotope (S,O) geochemistry in sulfate from acid mine drainage and acid rain environments.
Table of Contents
| Rates of Reaction of Galena, Sphalerite, Chalcopyrite, and Arsenopyrite with Fe(III) in Acidic SolutionsJ.D. Rimstidt and J.A. Chermak and P.M. Gagen |
| Laboratory Studies of Pyrrhotite Oxidation KineticsR.V. Nicholson and J.M. Scharer |
| Effect of Humidity on Pyrite OxidationS.L. Borek |
| Kinetics of Hydrothermal Enrichment of ChalcopyriteJ.H. Jang and M.E. Wadsworth |
| Oxidation of Inorganic Sulfur Compounds by ThiobacilliI. Suzuki and C.W. Chan and T.L. Takeuchi |
| Microbial Oxidation of Sulfides by Thiobacillus denitrificans for Treatment of Sour Water and Sour GasesK.L. Sublette and M.J. McInerney and A.D. Montgomery and V. Bhupathiraju |
| Solid-Phase Alteration and Iron Transformation in Column Bioleaching of a Complex Sulfide OreL. Ahonen and O.H. Tuovinen |
| Alteration of Mica and Feldspar Associated with the Microbiological Oxidation of Pyrrhotite and PyriteT.M. Bhatti and J.M. Bigham and A. Vuorinen and O.H. Tuovinen |
| Test of Mechanisms That Govern Pollutant Generation from Pyritic Wastes, A.I.M. Ritchie |
| Attempts to Model the Industrial-Scale Leaching of Copper-Bearing Mine WasteL.M. Cathles |
| A Computer Program To Assess Acid Generation in Pyritic TailingsJ.M. Scharer and R.V. Nicholson and B. Halbert and W.J. Snodgrass |
| Time-Space Continuum Formulation of Supergene Enrichment and Weathering of Sulfide-Bearing Ore DepositsP.C. Lichtner |
| Influence of Siderite on the Pore-Water Chemistry of Inactive Mine-Tailings ImpoundmentsC.J. Ptacek and D.W. Blowes |
| Mineralogical Characteristics of Poorly Crystallized Precipitates Formed by Oxidation of Fe2+ in Acid Sulfate WatersE. Murad and U. Schwertmann and J. M. Bigham and L. Carlson |
| Atomic and Electronic Structure of PbS {{100}} Surfaces and Chemisorption-Oxidation ReactionsC.M. Eggleston and M.F. Hochella |
| Effects of Instream pH Modification on Transport of Sulfide-Oxidation ProductsB.A. Kimball and R.E. Broshears and D.M. McKnight and K.E. Bencala |
| Transport and Natural Attenuation of Cu, Zn, As, and Fe in the Acid Mine Drainage of Leviathan and Bryant CreeksJ.G. Webster and D.K. Nordstrom and K. S. Smith |
| Acid Mine Drainage in Wales and Influence of Ochre Precipitation on Water Chemistry, R.FugeF. M. Pearce, N.J.G. Pearce, and W.T. Perkins |
| Stratigraphy and Chemistry of Sulfidic Flood-Plain Sediments in the Upper Clark Fork Valley, MontanaD.A. Nimick and J. N. Moore |
| Release of Toxic Metals via Oxidation of Authigenic Pyrite and Resuspended SedimentsJ.W. Morse |
| Mobilization and Scavenging of Heavy Metals Following Resuspension of Anoxic Sediments from the Elbe RiverW. Calmano and U. Forstner and J. Hong |
| Seasonal Variation of Zn/Cu Ratios in Acid Mine Water from Iron Mountain, CaliforniaC.N. Alpers and D.K. Nordstrom and J. M. Thompson |
| Secondary Iron-Sulfate Minerals as Sources of Sulfate and Acidity: Geochemical Evolution of Acidic Groundwater at a Reclaimed Surface Coal Mine in PennsylvaniaC.A. Cravotta III |
| Limit to Self-Neutralization in Acid Mine Tailings: The Case of East Sullivan, Quebec, CanadaM.D. Germain and N. Tasse and M. Bergeron |
| Attenuation of Acid Rock Drainage in a Natural Wetland SystemY.T.J. Kwong and D.R. Van Stempvoort |
| Kinetics of Oxidation of Hydrogen Sulfide in Natural WatersJ.-Z. Zhang and F.J. Millero |
| Determination of Hydrogen Sulfide Oxidation Products by Sulfur K-Edge X-ray Absorption Near-Edge Structure SpectroscopyA. Vairavamurth and B. Manowitz and W. Zhou and Y. Jeon |
| Evolved-Gas Analysis: A Method for Determining Pyrite, Marcasite, and Earth CarbonatesR. W. Hammack |
| Controls of s18O in Sulfate: Review of Experimental Data and Application to Specific EnvironmentsD.R. Van Stempvoort and H.R. Krouse |
| Sulfur- and Oxygen-Isotope Geochemistry of Acid Mine Drainage in the Western United States: Field and Experimental Studies RevisitedB.E. Taylor and M.C. Wheeler |
| Applications of Mass-Balance Calculations to Weathered Sulfide Mine TailingsE.C. Appleyard and D.W. Blowes |
| Oxidation of Massive Sulfide Deposits in the Bathurst Mining Camp, New Brunswick: Natural Analogues for Acid Drainage in Temperate ClimatesD.R. Boyle |
| Thiosulfate Complexing of Platinum Group Elements: Implications for Supergene GeochemistryE.Y. Anthony and P.A. Williams |
| Suppression of Pyrite Oxidation Rate by Phosphate AdditionX. Huang and V.P. Evangelou |
| Iron Sulfide Oxidation: Impact on Chemistry of Leachates from Natural and Pyrolyzed Organic-Rich ShalesT.L. Robl |
| Oxidation of Sulfide Minerals Present in Duluth Complex Rock: A Laboratory StudyK.A. Lapakko and D.A. Antonson |
| Chemical Predictive Modeling of Acid Mine Drainage from Metallic Sulfide-Bearing Waste RockW.W. White III and T.H. Jeffers |
| Composition of Interstitial Gases in Wood Chips Deposited on Reactive MineTailings: Consequences for Their Use as an Oxygen BarrierN. Tasse and M. D. Germain and M. Bergeron |
| Field Research on Thermal Anomalies Indicating Sulfide-Oxidation Reactions in Mine SpoilW. Guo and R.R. Parizek |
