|Title||Mine monitoring and automated air quality control systems|
|Licence||Please note the adoption of the Open Government Licence - Canada
supersedes any previous licences.|
|Author||Gangal, M; Dainty, D; Hardcastle, S; Grenier, M|
|Source||Canada Centre for Mineral and Energy Technology, Mining Research Laboratories, Division Report MRL 92-073 (OPJ), 1992, 20 pages, https://doi.org/10.4095/328896 Open Access|
|Publisher||Energy, Mines and Resources Canada|
|Meeting||5th Canadian Mining Automation Symposium; Vancouver; CA; September 28-29, 1992|
|Media||paper; digital; on-line|
|Subjects||Science and Technology; Economics and Industry; Health and Safety; mining; mines; energy conservation; radon; radioactivity; radioisotopes; lead; Mining industry; Air quality; monitoring; Automation;
Occupational health; Costs; Emergency services|
|Illustrations||schematic representations; schematic diagrams; bar graphs; plots|
|Released||1992 07 01; 2021 09 08|
|Abstract||Recent studies indicate that, of the total electrical energy consumed underground in Canadian mines, the largest portion is consumed by the ventilation systems. Further, it has been apparent for a
number of years that substantial savings (30 to 35%) in ventilation energy costs can be achieved by the introduction of monitoring and mine ventilation systems. In spite of this, the subject is relatively undeveloped from both the theoretical and
practical points of view.|
However, recent advances in sensor/computer technology now permit the automation of ventilation in underground mines. At present, a few limited systems designed to reduce ventilation on demand by fan control, have been
installed in underground mines to achieve energy saving benefits alone.
The automated control of ventilation systems is best achieved by making use of real-time airborne contaminant concentration measurements. In this fashion, air is being
supplied on an as needed basis which results in a healthy work environment as well as cost savings. This system can also supply up to the minute information in emergency situations (for example, fire detection, warning and escape) and help with
production problems such as post-blast re-entry times.
During the last five years, CANMET has been systematically developing elements of an overall plan designed to achieve both the potential energy savings, and the suitable mine environments
associated with automated ventilation control systems.