Conference Proceedings
Fourth International Mine Ventilation Congress, Brisbane (Proceedings and Addendum volume)
Conference Proceedings
Fourth International Mine Ventilation Congress, Brisbane (Proceedings and Addendum volume)
Measurement and Simulation of Face Ventilation Effectiveness for Large Diesel Powered Equipment
Providing adequate airflow to effectively dilute and remove diesel pollutants in large mine working headings is a little researched area. A simulated diesel mucking operation was carried out in the Exxon Colony Pilot Mine in Colorado to establish expected levels of diesel pollutants in dead-ended working headings. This heading was nominally 15.3 m (50-ft) wide by 9.2 m (30-ft) high. Two face ventilation systems were tested using sulfur hexafluoride tracer gas to represent the diesel pollutants._x000D_
The results of these tests showed that conventional face ventilation systems operating at high flow rates could adequately ventilate diesel equipment in the 447-522 kW (600-700 hp) range, even in a dead heading 91.4 m (300 ft) in length.
The results of these tests showed that conventional face ventilation systems operating at high flow rates could adequately ventilate diesel equipment in the 447-522 kW (600-700 hp) range, even in a dead heading 91.4 m (300 ft) in length.
Contributor(s):
E D Thimons, C E Brechtel
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- Published: 1988
- PDF Size: 0.658 Mb.
- Unique ID: P198805034