1 / 23

2014 Pennsylvania State Mine Rescue Contest Team Statement

2014 Pennsylvania State Mine Rescue Contest Team Statement Thank you for responding to this emergency to the Carmike Mine # 3. This mine had been an active longwall operation from 1983 to 2002 before being sealed.

kele
Télécharger la présentation

2014 Pennsylvania State Mine Rescue Contest Team Statement

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. 2014 Pennsylvania State Mine Rescue Contest Team Statement Thank you for responding to this emergencyto the Carmike Mine # 3. This mine had been an active longwall operation from 1983 to 2002 before being sealed. The mine is in the process of being rehabilitated for active operation. It was inactive for several years before being reopened. As per the opening plan, several bore holes were drilled to ascertain the atmosphere prior to work crews entering the mine. The old mine maps reveals that a total of 203 breaks were made from the surface. Old maps also reveal that an adjacent mine may be within the barrier pillar, so drilling was mandated ahead of any rehabilitation work. To further the ventilation, a 10 foot wide split ventilation shaft was sunk 5 days ago in the inby area where the rehabilitation work was being done. One shift foreman, 2 black hats and 2 apprentice miners were doing construction maintenance in this area of the mine. They were using various type of battery operated and compressed air equipment to drill, ventilate, and clean up falls and prepare the mine for production. At 2:55 am, the responsible person on the surface noticed smoke exiting the mine return in # 1 Entry. The outside mine foreman then barefaced to the area just outby where you are now. High reading of CO and smoke stopped his progress. He could not contact anyone underground, so he immediately had someone travel on the surface to the airshaft, but no lights or verbal contact could be made down the shaft. The foreman chose not to use the battery mine phone at the top of the shaft to contact the bottom due to methane readings on the gas detector. He then activated the Emergency Notification List . The equipment used to sink the shaft was moved out 3 days ago and will not be available for some time. The mine rescue teams arrived at 4:30 am this morning. After evaluated the gases at the fan, the State, Federal and Company officials mining gave permission for teams to explore to this point where the fresh air base has been established. You are currently located at the fresh air baseat spad # 103.

  2. Normally, this mine runs on an exhausting ventilation system. The intake is in #3 entry on the right, with the return in # 1 on the left. At the moment, the # 2 entry outby the FAB is being vented to the return due to a roof fall just outby # 1 entry at the FAB.. The fan is currently off. It can be turned on, reversed or turned off at your request, but it cannot be stalled. The fan must be stopped before going to exhaust or blowing. It must be noted that severe storms in the area is affecting the power coming to the mine. The coal seam is walking height and the roof is currently being supported by resin based roof bolts, timber sets and cribbing. The coal seam does dip in certain areas of the mine. The mine has 400 feet of cover with the abandoned Devinshire mine 100 feet above you. The Devinshire has ben dewatered to appropriate levels. Extreme water conditions have been encountered in this mine and the mine maps can not be counted on to be up to date. Two mine rescue teams will serve as back up mine rescue teams while you are working. Neither team will be able to assist you when working the problem. We have a competent judge to give and receive signals ( person will be pointed out) Written instructions and the following mine maps will be provide when you are ready to work: • Two blank maps; one for the map man and one for the briefing officer.

  3. 2014 Pennsylvania State Mine Rescue Contest Problem (Written Instructions) Explore all areas of the mine that can be done safely. Bring all survivors to the fresh air base. Teams can only carry 3 (three) sets of brattice cloth at any time. Framed ventilation controls cannot be dismantled and must remain in place. Permission to stop, exhaust or have the fan set to blowing must be submitted in writing to the superintendent. The fan must be stopped before going to exhaust or blowing. The fan cannot be stalled. The briefing officer station can be sealed airtight. Mine maps are not up to date. The team will have 80 (eighty) minutes to complete the problem

  4. 2014 Pennsylvania State Mine Rescue Contest Superintendent Instructions • Assist the field crew in checking the field for mistakes and placard placement prior to the team starting the problem. • As soon as the team arrives at the FAB and inform the team they have a maximum of 4 minutes. If team is not ready after 4 minutes, , the superintendent will start clock when 4 minutes have expired. • When the team starts the clock, give them the problem(written instructions), and the maps. • After the team receives the problem and maps and begins working the problem, report to the briefing officer station and be ready to respond to any requests of the team. • At the briefing officer request in writing, the superintendent will display card on outside of BP shed: • Green– Fan is on and Exhausting • Red - Fan is off • Yellow - Fan is on and Blowing • Help the judges with the collection of the maps and determining the final ventilation on the field. • Assist the filling out of scorecards upon conclusion of the problem. • If radios are used, you must monitor the radio to ensure that the team has communications at all times and the team has not received any other communication interference.

  5. Request for Ventilation Change Request # 1: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing Request # 2: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing Request # 3: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing Request # 4: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing Request # 5: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing Request # 6: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing Request # 7: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing Request # 8: Time__________Initial________ • Fan stop • Fan Exhaust • Fan Blowing

  6. Split Air Shaft XXXXXXX Airtight 5.7% CH4 7 ppm CO 12.1% O2 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX conscious live miner 4 posts B B D D Open Open BC X Mine phone w/battery X X X LC X 3 posts 20 ft. Open borehole Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Blown out Lunch Pail Blown out X 6.2% CH4 6 ppm CO 10.0% O2 spad # 104 X X Person Permanent Stopping X B Blown out 4.7% CH4 4 ppm CO 16.5% O2 X 5.2% CH4 8 ppm CO 12.1% O2 X X X 2 posts caved X X X Unconscious live miner BC X X X with bleeding leg wound Battery drill Open borehole 5.2% CH4 8 ppm CO 12.1% O2 4.7% CH4 4 ppm CO 16.5% O2 X X Open borehole B 4.3% CH4 4 ppm CO 16.5% O2 X Mine phone w/battery ankle deep ankle deep roofed X Battery 3 wheeled transport roofed roofed Person roofed Pump roofed Pump X X 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X BC 6.2% CH4 9 ppm CO 17.5% O2 pump cable 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X spad # 103 X Scoop batteries X BC Briefing Officer Energized pump cable D borehole to surface X D Open Field setup

  7. Split Air Shaft XXXXXXX Airtight 5.7% CH4 7 ppm CO 12.1% O2 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX Conscious Live miner 4 posts B D B D Open Open BC X Mine phone w/battery X X X LC X 3 posts 20 ft. Open borehole Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Blown out Lunch Pail X 6.2% CH4 6 ppm CO 10.0% O2 spad # 104 X X Person X B 4.7% CH4 4 ppm CO 16.5% O2 X 5.2% CH4 8 ppm CO 12.1% O2 X X X 2 posts caved Unconscious live miner X X with bleeding leg wound X X X X Battery drill Open borehole 5.2% CH4 8 ppm CO 12.1% O2 4.7% CH4 4 ppm CO 16.5% O2 X X Open borehole B 4.3% CH4 4 ppm CO 16.5% O2 End of water X Irrespirable & Explosive mixture Mine phone w/battery ankle deep ankle deep roofed X Battery 3 wheeled transport Explosive mixture roofed Irrespirable Person roofed roofed Pump Pump X X 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X BC 6.2% CH4 9 ppm CO 17.5% O2 pump cable 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X spad # 103 X Scoop batteries X BC Briefing Officer Energized pump cable D borehole to surface X D Open Extent of gas

  8. Split Air Shaft XXXXXXX Airtight 5.7% CH4 7 ppm CO 12.1% O2 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX Conscious Live miner 4 posts B D D B Open Open BC X Mine phone w/battery X X X LC 3 posts X Battery scoop 20 ft. Open borehole 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Blown out Lunch Pail X 6.2% CH4 6 ppm CO 10.0% O2 spad # 104 X X Person X B 4.7% CH4 4 ppm CO 16.5% O2 X 5.2% CH4 8 ppm CO 12.1% O2 X X X 2 posts caved X X X Unconscious live miner X with bleeding leg wound X X Battery drill Open borehole 5.2% CH4 8 ppm CO 12.1% O2 4.7% CH4 4 ppm CO 16.5% O2 X X Open borehole B 4.3% CH4 4 ppm CO 16.5% O2 End of water X End of water End of water Mine phone w/battery ankle deep ankle deep roofed X Battery 3 wheeled transport roofed roofed Person roofed Pump Pump X X 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X 1-2-3 1-2-3 1-2-3 BC 6.2% CH4 9 ppm CO 17.5% O2 pump cable 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X spad # 103 X Scoop batteries X BC Briefing Officer Energized pump cable D borehole to surface X D Open Team stops # 1-2-3

  9. XXXXXXX Split Air Shaft Airtight 5.7% CH4 7 ppm CO 12.1% O2 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX Conscious Live miner 4 posts B D D B Open Open X Mine phone w/battery X X X LC X 3 posts 20 ft. Open borehole Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 5.7% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Lunch Pail Blown out X 6.2% CH4 6 ppm CO 11.0% O2 spad # 104 X X Person X B X 5.2% CH4 8 ppm CO 12.1% O2 X X caved X X 4.3% CH4 4 ppm CO 16.5% O2 X X Unconscious live miner X X Battery drill with bleeding leg wound 5.2% CH4 8 ppm CO 12.1% O2 X B End of water X X End of water End of water Opened SCSR Mine phone w/battery ankle deep ankle deep roofed BC BC X Battery 3 wheeled transport roofed Cleared 6.2% CH4 9 ppm CO 17.5% O2 roofed Person Pump roofed Pump Cleared X X 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X BC pump cable Cleared Cleared 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X build build X Sealed Energized pump cable Scoop batteries D Briefing Officer D Open 1st Ventilation #1(Exhaust)

  10. XXXXXXX Split Air Shaft Airtight 5.7% CH4 7 ppm CO 12.1% O2 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX conscious live miner B B D D Open Open BC Mine phone w/battery X X X 4 posts X LC 20 ft. Open borehole Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Blown out Lunch Pail X 6.2% CH4 6 ppm CO 19.5% O2 spad # 104 X X X Team must post to check on person/body Person X B X 5.2% CH4 8 ppm CO 12.1% O2 X X X 2 posts caved X X X X X 4.7% CH4 4 ppm CO 16.5% O2 X 5.2% CH4 8 ppm CO 12.1% O2 Battery drill Open borehole X X Open borehole B 4.3% CH4 4 ppm CO 16.5% O2 Team must airlock Team must airlock 5-6 4-5 X X 4-5 Opened SCSR Mine phone w/battery ankle deep ankle deep roofed X Battery 3 wheeled transport roofed 6.2% CH4 9 ppm CO 17.5% O2 Cleared ankle deep ankle deep Pump Person Pump X X Cleared 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X Cleared BC pump cable Team must airlock before pumping water Cleared 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X X Energized pump cable Scoop batteries D D Open Team stops # 4-5-6

  11. 2014 Pennsylvania State Mine Rescue Contest Barricade # 1 Patient Statement No reply

  12. XXXXXXX Split Air Shaft Airtight 5.7% CH4 7 ppm CO 12.1% O2 conscious 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX Live miner Delay if captain passes B D D B Open Open BC 11 Mine phone w/battery X 10 X 4 posts X LC 20 ft. Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Blown out 6.2% CH4 6 ppm CO 19.5% O2 8 7 spad # 104 9 X X Person X B X 5.2% CH4 8 ppm CO 12.1% O2 X X X 2 posts caved X 4.3% CH4 4 ppm CO 16.5% O2 X X X X X 5.2% CH4 8 ppm CO 12.1% O2 Battery drill Open borehole X X Open borehole B 4.3% CH4 4 ppm CO 16.5% O2 Team must airlock Team must airlock X X Opened SCSR Mine phone w/battery ankle deep ankle deep roofed X Battery 3 wheeled transport roofed 6.2% CH4 9 ppm CO 17.5% O2 20 ft. LC Cleared ankle deep ankle deep Pump Person Pump X X Cleared 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X Cleared BC pump cable Team must airlock before pumping water Cleared 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X X Energized pump cable Scoop batteries D D Open Team stops # 7-11

  13. 2014 Pennsylvania State Mine Rescue Contest Barricade # 2 Patient Statement Help I am OK Get me out It is air tight behind

  14. Split Air Shaft XXXXXXX Airtight 5.7% CH4 7 ppm CO 12.1% O2 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX Conscience Live miner 4 posts D D B B Open Open BC X Mine phone w/battery X X X LC X 3 posts 20 ft. Open borehole Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Blown out Lunch Pail X 6.2% CH4 6 ppm CO 10.0% O2 spad # 104 X X Person X B 4.7% CH4 4 ppm CO 16.5% O2 X 5.2% CH4 8 ppm CO 12.1% O2 X X X 2 posts caved X X Treat & remove to FAB X Unconscious live miner X X X with bleeding leg wound Battery drill Open borehole 5.2% CH4 8 ppm CO 12.1% O2 4.7% CH4 4 ppm CO 16.5% O2 X airlock X Open borehole B 4.3% CH4 4 ppm CO 16.5% O2 clear open rebuild X Mine phone w/battery ankle deep ankle deep roofed X Battery 3 wheeled transport roofed ankle deep ankle deep Person roofed roofed Pump X X 5.2% CH4 7 ppm CO 19.5% O2 X Pump rebuild BC pump cable Cleared Cleared 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X build spad # 103 X Scoop batteries X BC Briefing Officer Energized pump cable D borehole to surface X D Open Ventilation # 2(Exhausting)

  15. Split Air Shaft clear XXXXXXX Airtight 5.7% CH4 7 ppm CO 12.1% O2 remove to FAB 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX Conscience Live miner 4 posts open B D B D close Open BC X X X Mine phone w/battery build X LC build X 3 posts 20 ft. Open borehole Battery scoop clear 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Lunch Pail Blown out X 6.2% CH4 6 ppm CO 10.0% O2 spad # 104 build X X build Person open X B X 5.2% CH4 8 ppm CO 12.1% O2 X X X 2 posts caved X 4.7% CH4 4 ppm CO 16.5% O2 X X X X X Battery drill Open borehole 5.2% CH4 8 ppm CO 12.1% O2 X X Open borehole open B 4.3% CH4 4 ppm CO 16.5% O2 X Mine phone w/battery ankle deep ankle deep roofed X Battery 3 wheeled transport roofed roofed Person ankle ankle Pump Pump X X 5.2% CH4 7 ppm CO 19.5% O2 X BC pump cable Cleared Cleared 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X spad # 103 build X Scoop batteries X BC Briefing Officer Energized pump cable D X borehole to surface D Open Ventilation # 3(Blowing)

  16. 2014 Pennsylvania State Mine Rescue Contest Barricade #3 Patient Statement No reply

  17. XXXXXXX Split Air Shaft Airtight clear 5.9% CH4 7 ppm CO 12.0% O2 XXXXXXX D D B Open Open BC X Mine phone w/battery 4 posts clear X X 3 posts X Opened SCSR Opened SCSR Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 11.5% O2 Permanent Stopping Permanent Stopping clear Blown out Battery scoop Blown out X 6.2% CH4 6 ppm CO 12.0% O2 clear spad # 104 X X Person/body X X 5.2% CH4 8 ppm CO 12.1% O2 X X X caved X X X X X Battery drill 5.2% CH4 8 ppm CO 12.1% O2 X Open borehole X X Opened SCSR Mine phone w/battery ankle deep ankle deep BC BC roofed X Battery 3 wheeled transport roofed roofed X X Person/body Pump Pump Cleared 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X BC pump cable Cleared Cleared 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 X Battery scoop Pump switch-off X X Energized pump cable Scoop batteries D Briefing Officer D Open Final ventilation(Blowing)

  18. XXXXXXX Split Air Shaft breach D D B B Open Open BC close X Mine phone w/battery 4 posts X X 3 posts X build Opened SCSR Opened SCSR Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 11.5% O2 Permanent Stopping Permanent Stopping Battery scoop Blown out Blown out X 6.2% CH4 6 ppm CO 12.0% O2 spad # 104 X X X Person/body X 5.2% CH4 8 ppm CO 12.1% O2 X X X caved X X X X X Battery drill 5.2% CH4 8 ppm CO 12.1% O2 X Open borehole 5.7% CH4 4 ppm CO 16.5% O2 X X Opened SCSR Mine phone w/battery ankldeep ankle deep BC BC roofed X Battery 3 wheeled transport roofed Pump ankle deep Pump Person/body X X ankle deep Cleared 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X BC pump cable Cleared Cleared 4.0% CH4 6 ppm CO 17.5% O2 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 Battery scoop X Pump switch-off X X Energized pump cable Scoop batteries D Briefing Officer D Open Final solve/fan off-air shorted @ FAB

  19. Cleared* Split Air Shaft XXXXXXX Airtight 5.7% CH4 7 ppm CO 12.1% O2 5.9% CH4 7 ppm CO 12.0% O2 removed XXXXXXX Conscience Live miner build 4 posts removed B B D D removed Open Open BC X Mine phone w/battery X X Cleared X LC X 3 posts 20 ft. Open borehole Battery scoop 4.3% CH4 4 ppm CO 16.5% O2 X Open borehole 4.3% CH4 4 ppm CO 16.5% O2 Permanent Stopping Permanent Stopping Blown out Blown out Lunch Pail Cleared build X 6.2% CH4 6 ppm CO 10.0% O2 spad # 104 X X build Cleared Person/body Permanent Stopping X B Blown out 4.7% CH4 4 ppm CO 16.5% O2 X 5.2% CH4 8 ppm CO 12.1% O2 removed X X X 2 posts caved X X removed X Unconscious live miner X X X with bleeding leg wound Battery drill 5.2% CH4 8 ppm CO 12.1% O2 4.7% CH4 4 ppm CO 16.5% O2 X removed Open borehole B Cleared Cleared X Mine phone w/battery removed ankle deep ankle deep build roofed X Battery 3 wheeled transport roofed pumped pumped Roofed/ankle Person/Body roofed Pump Pump X X 5.2% CH4 7 ppm CO 19.5% O2 5.7% CH4 4 ppm CO 16.5% O2 X Cleared Cleared BC 6.2% CH4 9 ppm CO 17.5% O2 build pump cable removed 4.0% CH4 6 ppm CO 17.5% O2 off 2.7% CH4 8 ppm CO 18.5% O2 4.7% CH4 4 ppm CO 16.5% O2 on Cleared Cleared X Battery scoop Pump switch-off X spad # 103 build build X Scoop batteries X BC Briefing Officer Energized pump cable D borehole to surface X D Open Team Judge Map

  20. Team: ________________ Pump switch-off X spad # 103 X X Scoop batteries X Energized pump cable Briefing Officer borehole to surface D Open Judging Map

  21. Team: ________________ Pump switch-off X spad # 103 X X Scoop batteries X Energized pump cable Briefing Officer borehole to surface D Open Judging Map

  22. Team: ________________ Pump switch-off X spad # 103 X X Scoop batteries X Energized pump cable Briefing Officer borehole to surface D Open Judging Map

  23. Initials ________________ Pump switch-off X spad # 103 X X Scoop batteries X Energized pump cable Briefing Officer borehole to surface D Open Final Ventilation Map

More Related