Mining Contract: Development and Demonstration of the Battelle Barrier Survival System
The objective of this contract was to design, test, develop, and demonstrate a prototype for an advanced mine barrier survival system (MBSS).
Contract Status & Impact
This contract is complete. To receive a copy of the final report, send a request to firstname.lastname@example.org.
The advanced mine barrier survival system (MBSS) developed under this contract had the following goals:
- to follow miners at the rapid pace of continuously advancing mine faces,
- be built on-demand by barricading mine entries, crosscuts, or rooms,
- be compatible with current miner training and equipment (barricading),
- have barriers precut and deployable in most-probable mine dimensions,
- have synergistic processes for removing C02 and CO and adding O2 and heat,
- be scaled to number of miners (10) and duration (4 days),
- contain supplies storable unattended for up to about 10 years,
- have a footprint, volume, and weight optimized to the minimal,
- have a built-in and self-acting barrier-deployment system,
- have soft-seals for relocation or reentry, as necessary,
- have flexibility for overpressure resistance (15 psi),
- have material resistant to flash heating up to 300°F,
- have economically competitive capital costs, and
- be demonstrated in time to meet the needs of the MINER Act of 2006.
During Phase I, the MBSS concept was proven to be viable with respect to barrier design, deployment, and air processing components. Phase II focused on the final design and fabrication of a working MBSS. The system was tested in Battelle's Columbus, Ohio, environmental chamber. The inflatable barrier was shown to be a viable entry sealing barrier and the air processing components were able to provide oxygen and scrub carbon monoxide, carbon dioxide, and methane. At the time of contract completion, Battelle was pursuing commercialization of the MBSS, which will require field testing the prototype in an operating underground coal mine.
- AHSM - Analysis of Horizontal Stress Effects in Mining - 2.4.04
- Atmospheric Analysis of Refuge Alternatives
- CO and CO2 Emissions from Spontaneous Heating of Coal Under Different Ventilation Rates
- CO Dispersion from a Coal Fire in a Mine Entry
- Effect of Coal Type and Oxyfuel Combustion Parameters on Pulverised Fuel Ignition
- Impact of Air Velocity on the Detection of Fires in Conveyor Belt Haulageways
- The Limiting Oxygen Concentration and Flammability Limits of Gases and Gas Mixtures
- Performance Comparison of Rescue Breathing Apparatus
- Post-Accident AMS System
- Technology News 517 - New Updates for NIOSH Coal Mine Ground Control Software
- Page last reviewed: 7/18/2016
- Page last updated: 7/18/2016
- Content source: National Institute for Occupational Safety and Health, Mining Program