NIOSH research has focused on the monitoring and the control of methane levels in active mine workings. Response times for instrumentation using catalytic heat-of-combustion sensor technology were evaluated. NIOSH research has modelled the flow of methane gas onto long-wall faces and gobs, developed engineering controls to limit methane levels during mining, and designed coalbed and gob degasification systems. Available methane control systems have been challenged by recent developments in longwall and room-and-pillar mining systems. This includes increased face advance rates leading to increased productivities, increased longwall panel sizes, and the generally deeper workings of U.S. coal mines. The potentially violent nature of any underg...
This report presents the results of experiments to evaluate a prototype fiber optic methane monitor ...
"The US coal mining industry has been impacted greatly by recent coal mining disasters which have re...
At coal mine working faces, simultaneous application of three basic elements reduces the methane exp...
Although longwall mining productivity can far exceed that of room-and-pillar mining, the total metha...
Machine automation and atmospheric monitoring are used by many industries to improve safety and prod...
Machine automation and atmospheric monitoring are used by many industries to improve safety and prod...
As part of its mine safety and health research program, the National Institute for Occupational Safe...
Methane (CH4) explosions pose significant dangers in longwall mining that may lead to injuries and f...
Increasing depths and mechanization of underground mines have led to the production of large amounts...
Methane explosions have historically been one of the major causes of fatalities and injuries in unde...
An intensive research programme has quantified the methane conditions around mechanical miners in pr...
Advances in mining technology have enabled deeper seams of coal to be mined from the surface. Highwa...
The importance of controlling respirable dust and methane gas levels in underground coal mining cann...
Coal mine methane is a term given to the methane gas produced or emitted in association with coal mi...
In This Chapter [Measuring the gas emission from the coal Methane at the top of the silo Met...
This report presents the results of experiments to evaluate a prototype fiber optic methane monitor ...
"The US coal mining industry has been impacted greatly by recent coal mining disasters which have re...
At coal mine working faces, simultaneous application of three basic elements reduces the methane exp...
Although longwall mining productivity can far exceed that of room-and-pillar mining, the total metha...
Machine automation and atmospheric monitoring are used by many industries to improve safety and prod...
Machine automation and atmospheric monitoring are used by many industries to improve safety and prod...
As part of its mine safety and health research program, the National Institute for Occupational Safe...
Methane (CH4) explosions pose significant dangers in longwall mining that may lead to injuries and f...
Increasing depths and mechanization of underground mines have led to the production of large amounts...
Methane explosions have historically been one of the major causes of fatalities and injuries in unde...
An intensive research programme has quantified the methane conditions around mechanical miners in pr...
Advances in mining technology have enabled deeper seams of coal to be mined from the surface. Highwa...
The importance of controlling respirable dust and methane gas levels in underground coal mining cann...
Coal mine methane is a term given to the methane gas produced or emitted in association with coal mi...
In This Chapter [Measuring the gas emission from the coal Methane at the top of the silo Met...
This report presents the results of experiments to evaluate a prototype fiber optic methane monitor ...
"The US coal mining industry has been impacted greatly by recent coal mining disasters which have re...
At coal mine working faces, simultaneous application of three basic elements reduces the methane exp...