Average production from longwall mining operations in the United States has risen from approximately 800 tons per shift in 1980 to over 4,600 metric tons per shift in 1999. Such a large increase in production has the potential to generate significantly more dust. Previous NIOSH research has shown that, on average, respirable dust levels generated by the shearer accounts for 50% of the airborne dust generated during longwall mining. Ventilating air and water are primary controls being used in an effort to reduce longwall dust levels. Longwall operators are applying more air and water than ever before and have expressed concern over reaching maximum practical limits for these controls. Full-scale laboratory tests are being conducted to evalua...
Dust is a major hazard in underground coal mines that threatens the work health and safety of coal m...
In underground continuous mining operations, ventilation, water sprays and machine-mounted flooded-b...
Questions relating to the validity and subsequent suitability of the current dust sampling methodolo...
Significant advances in longwall mining technology and equipment have occurred over the last decade....
Fugitive dust on longwalls has always been an issue of concern for production, safety and the health...
The United States coal mining industry has traditionally experienced difficulty in controlling dust ...
AbstractFugitive dust on longwalls has always been an issue of concern for production, safety and th...
Two types of airflow splitting methods for improving longwall dust control were investigated by NIOS...
Harmful respirable dust produced during longwall mining is a major concern for production, safety an...
ABSTRACT: Occupational hygiene has been an integral part of the mining industry for centuries; howev...
Miners at noncoal surface mining operations are often exposed to high levels of respirable dust. In ...
The control of respirable dust continues to present a challenge as the longwall mining industry stri...
Dust generation at an underground coal mine working face continues to be a health and safety issue. ...
It has long been known that ventilation is a cost-effective method to lower respirable dust concentr...
Occupational hygiene has been an integral part of the mining industry for centuries; however its imp...
Dust is a major hazard in underground coal mines that threatens the work health and safety of coal m...
In underground continuous mining operations, ventilation, water sprays and machine-mounted flooded-b...
Questions relating to the validity and subsequent suitability of the current dust sampling methodolo...
Significant advances in longwall mining technology and equipment have occurred over the last decade....
Fugitive dust on longwalls has always been an issue of concern for production, safety and the health...
The United States coal mining industry has traditionally experienced difficulty in controlling dust ...
AbstractFugitive dust on longwalls has always been an issue of concern for production, safety and th...
Two types of airflow splitting methods for improving longwall dust control were investigated by NIOS...
Harmful respirable dust produced during longwall mining is a major concern for production, safety an...
ABSTRACT: Occupational hygiene has been an integral part of the mining industry for centuries; howev...
Miners at noncoal surface mining operations are often exposed to high levels of respirable dust. In ...
The control of respirable dust continues to present a challenge as the longwall mining industry stri...
Dust generation at an underground coal mine working face continues to be a health and safety issue. ...
It has long been known that ventilation is a cost-effective method to lower respirable dust concentr...
Occupational hygiene has been an integral part of the mining industry for centuries; however its imp...
Dust is a major hazard in underground coal mines that threatens the work health and safety of coal m...
In underground continuous mining operations, ventilation, water sprays and machine-mounted flooded-b...
Questions relating to the validity and subsequent suitability of the current dust sampling methodolo...