Results 1 - 10 of 11

• Effect of Air Velocity on Conveyor Belt Fire Suppression Systems
  2/1/2009 - Conference papers
  Researchers evaluated four different types of fire suppression systems to study the effect of air velocity on extinguishing conveyor belt fires. Details are presented on the large-scale fire test set-up and arrangement of fire suppression systems.
• Responders to Underground Mine Fires
  8/1/2001 - Conference papers
  Fire is a major concern for those who work in underground mines. This paper focuses on responders' preparedness for fire.
• Fire Fighting
  3/20/2017 - Research areas
  Fire Fighting Topic Page
• Performance-Based Fire Safety Designs for Self-Escape in Underground Mines
  7/17/2014 - Contracts and cooperative agreements
  A capacity-building contract to minimize mine fires through further study of mine fire occurrence and behavior, devise firefighting methods, and train graduate students in mine engineering and fire engineering.
• Technical Solutions for Enhancements to Mine Safety Using Barricade II Fire Blocking Gel
  9/17/2012 - Contracts and cooperative agreements
  A contract to evaluate the use of Barricade II Fire Blocking Gel for use in mine fire prevention, control, or fire suppression technologies.
• Evaluation of a Novel Fire Blocking Gel to Prevent and Suppress Mine Fires
  1/1/2012 - Peer reviewed journal articles
  This paper describes tests conducted to evaluate the effectiveness of the Barricade II Fire Blocking Gel.
• Validation of the Ventgraph Program for Use in Metal/Non-metal Mines
  6/1/2010 - Conference papers
  This study's goal was to validate the use of Ventgraph in a deep M/NM mine fire and illustrate its use as a valuable tool in mine ventilation, fire, and evacuation planning.
• Application of Gas-Enhanced Foam at the Excel No. 3 Mine Fire
  6/1/2005 - Conference papers
  This paper presents a discussion of the firefighting approach at the Excel No. 3 Mine and an analysis of the results of the application of gas-enhanced foam technology.
• Evaluation of Gas-Enhanced Foam for Suppressing Coal Mine Fires
  6/1/2005 - Conference papers
  NIOSH, in cooperation with U.S. Foam Technologies, Inc., conducted a series of experiments at its Lake Lynn Experimental Mine to study the stability, transport, control, and fire extinguishing effectiveness of nitrogen-enhanced foam technology.
• The Critical Ventilation Velocity in Tunnel Fires - A Computer Simulation
  4/1/2005 - Peer reviewed journal articles
  Discusses a study that used a CFD program (fire dynamics simulator) based on large eddy simulations (LES) to model floor-level fires in a ventilated tunnel. The CFD results are compared with two simple theories of critical ventilation.