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Offering the ability to process large or complex datasets, machine
learning (ML) holds huge potential to reshape the whole status for
solid ash management and recycling. Machine Learning for Solid Ash
Management and Recycling is, as far as the author knows, the first
published book about ML in solid ash management and recycling. This
book highlights fundamental knowledge and recent advances in this
topic, offering readers new insight into how these tools can be
utilized to enhance their own work. The reference begins with
fundamentals in solid ash, covering the status of solid ash
generation and management. The book moves on to foundational
knowledge on ML in solid ash management, which provides a brief
introduction of ML for solid ash applications. The reference then
goes on to discuss ML approaches currently used to address problems
in solid ash management and recycling, including solid ash
generation, clustering analysis, origin identification, reactivity
prediction, leaching potential modelling and metal recovery
evaluation, etc. Finally, potential future trends and challenges in
the field are discussed.
This book provides an overview of paste tailings disposal at mine
sites. It deals comprehensively with the characterization of
sulphide-rich tailings, geotechnical and microstructural behaviour,
surface tailings disposal applications, underground paste
backfilling, and case studies. The authors place emphasis on the
characterization, monitoring, disposal and treatment, as well as
environmental considerations of problematic sulphidic tailings. The
framework is supported by worldwide case studies.
This book provides an overview of paste tailings disposal at mine
sites. It deals comprehensively with the characterization of
sulphide-rich tailings, geotechnical and microstructural behaviour,
surface tailings disposal applications, underground paste
backfilling, and case studies. The authors place emphasis on the
characterization, monitoring, disposal and treatment, as well as
environmental considerations of problematic sulphidic tailings. The
framework is supported by worldwide case studies.
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