Tag Archives: Msha

Fatality #6 - February 19, 2013

Powered Haulage - Underground – West Virginia

Affinity Coal Company, LLC - Affinity Mine

COAL MINE FATALITY -  On Tuesday, February 19, 2013, a 44-year old shuttle car operator, with four years of experience, was killed when he was pinned underneath the battery end of a sectionscoop.

The accident occurred on the No. 3 Section in the first connecting crosscut inby the feeder between the Number 5 and 6 entries. The victim was shoveling along the ribs of the crosscut when abattery-powered scoop backed into

the crosscut, striking him.

http://www.msha.gov/FATALS/2013/FAB13c06.asp

MSHA’s ‘examinations’ rule for underground coal mines effective Aug. 6
Regulation requires mine operators to identify and correct hazardous conditions

ARLINGTON, Va. — The U.S. Department of Labor’s Mine Safety and Health Administration’s final rule “Examinations of Work Areas in Underground Coal Mines for Violations of Mandatory Health or Safety Standards,” which was published April 6, 2012, in the Federal Register, becomes effective today. The rule requires mine operators to identify and correct hazardous conditions and violations of nine health and safety standards that pose the greatest risk to miners, including the kinds of conditions that led to the deadly explosion at the Upper Big Branch Mine in April 2010.

“Effective pre-shift, supplemental, on-shift and weekly examinations are the first line of defense to protect miners working in underground coal mines,” said Joseph A. Main, assistant secretary of labor for mine safety and health.

After analyzing its accident reports and enforcement data for underground coal mines covering a five-year period, MSHA determined that the same types of violations of health or safety standards are found by MSHA inspectors in underground coal mines every year, and that these violations present some of the most unsafe conditions for coal miners.

“These repeated violations expose miners to unnecessary safety and health risks that should be found and corrected by mine operators. The final rule, effective today, will increase the identification and correction of unsafe conditions in mines earlier, removing many of the conditions that could lead to danger, and improve protection for miners in underground coal mines,” said Main.

The rule requires that, during pre-shift, supplemental, on-shift and weekly examinations, underground coal mine operators, in addition to examining for hazardous conditions as in the existing regulations, examine for violations of the nine specific health and safety standards. The rule also requires operators to record the actions taken to correct hazardous conditions, as in the existing regulations, and violations of the nine standards. Additionally, operators must review with mine examiners, on a quarterly basis, citations and orders issued in areas where pre-shift, supplemental, on-shift and weekly examinations are required.

The nine standards address ventilation, methane, roof control, combustible materials, rock dust, equipment guarding and other safeguards. They are consistent with the standards emphasized in MSHA’s Rules to Live By initiative and the types of violations cited in MSHA’s accident investigation report on the Upper Big Branch Mine explosion as contributing to the cause of that deadly accident. MSHA launched Rules to Live By, an outreach and enforcement program designed to strengthen efforts to prevent mining fatalities, in February 2010.

In 2011, MSHA issued approximately 158,000 violations, of which approximately 77,000 were attributable to underground coal mines, even though these mines represent just 4 percent of all mines.

MSHA News Release: [08/06/2012]
Contact:   Amy Louviere
Phone:    (202) 693-9423
Release Number 12-1597-NAT

Members of rescue party will return to site of successful rescue July 26 and 28

WASHINGTON — Members of the U.S. Department of Labor’s Mine Safety and Health Administration team who took part in the successful rescue of nine coal miners 10 years ago this week at the Quecreek Mine near Somerset, Pa., will return to the rescue site on July 26 and July 28 to take part in commemoration activities.

On July 24, 2002, miners working underground inadvertently breached an adjoining abandoned mine, unleashing a torrent of water that trapped them for 77 hours. As the nation looked on, teams of government and company officials, engineers and drill rig operators worked for three days and nights to locate and ultimately rescue the miners one by one using a steel capsule that was lowered 240 feet beneath the earth’s surface.

MSHA Officials
Thursday, July 26
WHO: Kevin Stricklin, administrator for coal
John Urosek, mine emergency operations chief
Jeff Kravitz, scientific development chief
Saturday, July 28
Joseph Main, assistant secretary of labor for mine safety and health
Kevin Stricklin, administrator for coal
WHEN/WHAT: Thursday, July 26
Meet the rescuers / media availability – 10 a.m.-1 p.m. EDT
Saturday, July 28
Celebration ceremony – 11 a.m. EDT
Ribbon-cutting ceremony for new visitors center – 1 p.m. EDT
WHERE: Quecreek Mine rescue site
Haupt Road and Somerset Pike (state Route 985)
Somerset, Pa. 15501

All events are open to the press. Media planning to attend should contact Amy Louviere in the Labor Department’s Office of Public Affairs using the contact information above.

COAL MINE FATALITY - On Saturday, March 10, 2012, at approximately 6:15 p.m., a 34-year-old section foreman with 11 years of experience was killed while operating a continuous mining machine in the No. 2 entry. He was struck by a section of rock that fell from the right-hand rib. The rock was approximately 10 feet and 6 inches long, 3 feet and 4 inches high, and 10 inches thick.

Best Practices

 

 

  • Conduct thorough pre-shift and on-shift examinations of the roof, face, and ribs. A thorough exam must be conducted before any work or travel is started in an area and thereafter as conditions warrant.
  • Support any loose roof or rib material adequately or scale loose material before working or traveling in an area.
  • When hazardous roof or rib conditions are detected, areas should be dangered-off until they are made safe.
  • Rib bolts, installed on cycle and in a consistent pattern, provide the best protection from rib falls.
  • Assure that the Approved Roof Control Plan is followed and is suitable for the geologic conditions encountered. If adverse conditions are encountered, the plan must be revised to provide adequate support for the control of the roof, face, and ribs.

For more visit http://www.msha.gov/fatals/2012/FAB12c04.asp