Investigation Of Longwall Face Ventilation Air-Splitting Methods For Improved Dust Control (1658b77e-7327-46b3-838d-f4e876cbf125)

- Organization:
- Society for Mining, Metallurgy & Exploration
- Pages:
- 14
- File Size:
- 801 KB
- Publication Date:
- Jan 1, 1999
Abstract
Two types of airflow splitting methods for improving longwall dust control were investigated by NIOSH's Pittsburgh Research Laboratory. These methods included a translucent mesh barrier and a staged spray barrier system to confine the shearer-generated dust to the coal extraction side of the long wall face while maintaining a cleaner split of airflow on the opposing worker walkway side of the longwall face. The translucent mesh barrier was shown to provide notable dust control effectiveness up to 60 m downstream of the shearer in both the laboratory experiments and a long wall field evaluation, provided the mesh barrier remains relatively parallel to the airflow. The staged spray barrier system showed marginal dust control effectiveness in the laboratory and subsequently was not field tested.
Citation
APA:
(1999) Investigation Of Longwall Face Ventilation Air-Splitting Methods For Improved Dust Control (1658b77e-7327-46b3-838d-f4e876cbf125)MLA: Investigation Of Longwall Face Ventilation Air-Splitting Methods For Improved Dust Control (1658b77e-7327-46b3-838d-f4e876cbf125). Society for Mining, Metallurgy & Exploration, 1999.