Mining Contract: Sprinkler Head Emergency Communications
This contract will evaluate a fiber optic sprinkler head emergency communications system to determine if this concept can meet the communication, tracking, mine escape, and rescue requirements of an underground communication system. This system uses a buried fiber optic trunk communications pathway and provides communication through points along the buried trunk. Since only a small portion of the system is exposed, this would minimize damage to the overall system in the event of a mine disaster.
Contract Status & Impact
This contract is complete. To receive a copy of the final report, send a request to firstname.lastname@example.org.
The contractor completed assembly and lab testing of the hardware detailed in the contract. The contractor worked extensively on the power options needed to provide communication in the event that part of the system is disabled.
The system was tested to see if the remaining infrastructure would stay operational if certain parts of the system are disabled. In addition, the contractor conducted tests to see how much crushing force the cables could withstand. Buried optical fibre cable bedded with crusher dust at a depth of 0.6 m (2 ft) should survive mine vehicle traffic.
- Development of a Uniform Methodology for Evaluating Coal Mine Tracking Systems
- Emergency Communications and Tracking
- Mine Rescue Training Simulations and Technology
- Mobile Adaptable RF/IT Infrastructure - Experimental (MATRIX)
- Passive Fiber Optic System for Locating, Tracking, and Communicating with Personnel in Coal Mines
- Refuge Alternatives in Underground Coal Mines
- Refuge Chamber Deployment and Occupancy Status During Mine Emergency Situations
- Survey of Electromagnetic and Seismic Noise Related to Mine Rescue Communications: Volume I - Emergency and Operational Mine Communications
- Survey of Electromagnetic and Seismic Noise Related To Mine Rescue Communications: Volume II - Seismic Detection and Location of Isolated Miners
- System Reliability and Environmental Survivability