Mine pit lakes : characteristics, predictive modeling, and sustainability / edited by Devin N. Castendyk & L. Edmond Eary.
Series: Management technologies for metal mining influenced water ; v. 3Publication details: Littleton, Colo. : Society for Mining, Metallurgy & Exploration, c2009.Description: xi, 304 p. : ill., maps ; 26 cmISBN:- 9780873353052 (pbk.)
- 628.16832 22 MIN
Item type | Current library | Call number | Copy number | Status | Date due | Barcode |
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Book Closed Access | Engineering Library | 628.16832 MIN 1 (Browse shelf(Opens below)) | 1 | Available | BUML23110982 |
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628.144 WAT 3 Water Transmission and Distribution : Student Workbook / | 628.162 DRO 1 Theory and practice of water and wastewater treatment / | 628.162 DRO 2 Theory and practice of water and wastewater treatment / | 628.16832 MIN 1 Mine pit lakes : characteristics, predictive modeling, and sustainability / | 628.16832 SAM. 1 Sampling and monitoring for the mine life cycle / | 628.16832 SMA 1 Small-scale mining, rural subsistence and poverty in West Africa / | 628.16832 TEC 1 Techniques for predicting metal mining influenced water / |
PART I: INTRODUCTION
chapter 1: The nature and global distribution of pit lakes
Open pit mining
Pit lake formation
Factors influencing pit lake water quality
Global distribution of pit lakes
etc.
Chapter 2: Regulatory issues in the United States
Introduction
Legislation in the United States
metal mine reclamation requirements
PART II: CHARACTERISTICS AND CLASSIFICATION
Chapter 3: Climatologic characteristics
Introduction
Factors governing precipitation
Factors governing evaporation
etc.
Chapter 4: Hydrologic characteristics and classification of pit lakes
Introduction
Hydrologic status of pit lakes
Hydrologic impacts on pit lakes
etc.
PART III: CONCEPTUAL MODELS
Chapter 6: Conceptual models of pit lakes
Introduction
Geologic conceptual models
Hydrologic conceptual models
etc.
PART IV: SAMPLING AND MONITORING OF EXISTING PIT LAKES
Chapter 7: Sampling and monitoring of pit lakes
Introduction
Before sampling
Field safety
How to sample
etc.
PART V: PREDICTIVE MODELING OF FUTURE PIT LAKES
chapter 8: Predicting groundwater inputs to pit lakes
Introduction
Predicting groundwater inflow
Predicting groundwater inflow quality
etc.
Chapter 9: Predictive modelling of the physical limnology of future pit lakes
Introduction
Factors influencing pit lake turnover
Review of physical limnology models of applied to pit lakes
etc.
Chapter 10: Approaches for developing predictive models of pit lake geochemistry and water quality
Introduction
Approach
Data needs for each chemical mass input and loss
etc.
PART VI: REMEDIATION
Chapter 17: Flooding pit lakes with surface water
Introduction
Information needs for design and operation
Illustrative example of the island copper pit lakes treatment pond
Chapter 18: Bio-geochemical remediation of pit lakes
Overall approach
Pit lake bioremediation process
Pit lake remediation experience
Chapter 19: In situ bioremediation of pit lakes
Introduction
Scientific basis for technology
Pit lake bioremediation: application and issues
etc.
PART VII: POSTMINING USES AND CONSIDERATIONS
Chapter 22: Sustainable development of open pit mines: creating beneficial end uses for pit lakes
Introduction
Regulatory requirements of development of a pit lake amenity
Performance bonds
etc.
Chapter 23: Slope stability considerations
Introduction
Hydrologic changes
Stress relief
Shear strength
concerns with geotechnical stability
PART VIII: CONCLUSIONS
Chapter 24: The state of the art of pit lake research
Introduction
Accomplishments in predicting pit lake water quality
Present data gaps and research needs
etc.
References : p. 289 . _ Index : p. 291-304
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