Mining Incidents
Muerte · Registro MSHA n.º 220190160005

Miner

5 de enero de 2019 a las 3:20 AM
Mine No. 1 · Underground · Coal
Hamilton Condado, IL
Clasificación MAQUINARIA
Tipo Atrapado en, bajo o entre objetos en movimiento o engranados
Narrativa del investigador
A miner was fatally injured when they were pinned between an air-lock equipment door and a concrete rib barrier located near the shaft bottom.

Texto original en inglés de la MSHA

Investigación final de la MSHA
On Saturday, January 5, 2019, at approximately 3:20 a.m., John D. Ditterline, a 55 year-old contract laborer, died when he was pinned between a pneumatic airlock door and a concrete barrier. The victim was tracing a power cable through the area of the airlock doors and he had passed through an inby set of airlock doors. When he tried to open the outby set of airlock doors, they failed to open. Evidence indicates that he then opened a small sliding access door at the bottom of one of the outby airlock doors. The opening of the sliding door lowered the air pressure and caused the outby airlock doors to suddenly spring open, pinning the victim between one of the outby airlock doors and a concrete barrier. The accident occurred because the mine operator did not design and maintain the pneumatic airlock doors to operate safely in the high air pressure environment where they were located, and did not establish safe work procedures for when the doors did not operate properly. A damaged, permanent ventilation stopping, isolating the area between the airlock doors from the intake air course, created additional pressure causing the doors to not open properly.
Causas fundamentales
  1. The pneumatic airlock doors were not designed and maintained to operate safely in the high mine ventilation pressure area near the shaft bottom. A damaged permanent ventilation stopping, which isolated the area between the airlock doors from the intake air course, caused the high mine ventilation pressure on the outby airlock doors.

    Acción correctiva: The mine operator replaced the pneumatic system with a hydraulic system on the airlock doors that is capable of safely operating the doors in the high mine ventilation pressure area near the shaft bottom.

  2. The mine operator had not established safe work procedures when miners encountered fault conditions on the pneumatic airlock doors.

    Acción correctiva: The mine operator developed and implemented safe work procedures to be followed in the event of fault conditions on pneumatic and hydraulic airlock doors. All miners were trained in these work procedures.

  3. The mine operator did not task train the victim with regard to the hazards associated with the pneumatic airlock doors in fault condition.

    Acción correctiva: Miners have received task training on the safe operating procedures for the hydraulic equipment doors. Also, the hydraulic equipment door operation instructions have become part of the mine operator’s Standardized Traffic Rules.

Hallazgos del informe final de investigación de la MSHA, que sustituye la narrativa preliminar anterior.

Detalles del registro
Actividad al momento del incidente
Unknown
Subunidad / ubicación
UNDERGROUND
Ubicación subterránea
LAST OPEN CROSSCUT
Método de minería
Longwall
Tipo de accidente
Atrapado en, bajo o entre objetos en movimiento o engranados
Fuente de la lesión
DOORS,INCL UG VENTILATION
Naturaleza de la lesión
CRUSHING
Parte del cuerpo afectada
TRUNK, MULTIPLE PARTS
Experiencia minera total
28 years
Experiencia en esta mina
0 years
Experiencia en este puesto
20 years
Grado de la lesión
FATALITY
Verificar en MSHA

Cada registro de esta página refleja lo que publica la MSHA en su programa de Datos Abiertos del Gobierno, actualizado semanalmente. La MSHA no publica URLs por accidente (los datos de Accidentes se distribuyen en un único archivo masivo), así que esta es la forma de recuperar la fuente del registro específico a continuación:

Fuente: Administración de Seguridad y Salud Minera de EE. UU. (MSHA) · Documento 220190160005 · ID de mina 1103203 Vista de capacitación →