Slurry Wall Construction in Deep Mined Area

Practical Experiences with Sealing Technology in the Czech Republic

Sand Variability from Ground Penetrating Radar Data

Probabilistic Risk Assessment for Tailings Impoundment Founded on Paleokarst

Spray Freezing to Treat Oil Sands Tailings Pond Water

Geotechnical Study and Remediation Design for Coal Mine Spoil Instability in Discontinuous Permafrost — A Case Study

Rates of Release of PAHs from DNAPL Mixtures

Fluidized Bed Ash as a Soil Stabilizer in Highway Construction

Geotechnics of Fine Tailings Management

Utilization of Coal Fly Ash from Fluidized Bed Combustion Systems

Shotcreting Technology in Coal Mining - Development, Practice, and Field Experience

Sorption of Radionuclides at Tracer Level on Mineral Colloids

Treatment of Coal Mine Drainage with a Compost-Limestone Reactor

Biodegradiation of Naphtalene from Coal Tar: An Assessment of the Potential for Slurry Treatment at MGP Sites

Cover Systems for Managing Hazardous Waste

Modelling of the Transport of Acid and Copper in Tailings Based on the USGS MOC Model

Sources of Greatest Acidity in a Coal-Mined Watershed

Computer-Assisted Coal Mining — An Overview
The U.S. Bureau of Mines was created to conduct research to improve the health, safety, and efficiency of the coal and metal mining industries. In 1986, the Bureau embarked on a new, major...

A Real-Time Control Network for Robotic Mining
The application of computers and computer networks to coal mining machines is one approach the U.S. Bureau of mines is pursuing to enhance safety for the coal miner while at the same time...

Settlement Analysis of Landfill Liners over Deep Mined Areas
Tensile strains due to differential settlement from past mining activities were evaluated for a landfill liner. The landfill cell encompasses 20 acres and is located on a subsurface profile...





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