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Moab UMTRA Project Doubles Weekly Train Shipments

EM’s Moab Uranium Mill Tailings Remedial Action (UMTRA) Project recently began doubling its weekly mill tailings train shipments from two to four.

Office of Environmental Management

February 12, 2019
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Mill tailings are shipped by rail to the Crescent Junction disposal cell.
Mill tailings are shipped by rail to the Crescent Junction disposal cell.

MOAB, UtahEM’s Moab Uranium Mill Tailings Remedial Action (UMTRA) Project recently began doubling its weekly mill tailings train shipments from two to four.

   The tailings are a sand-like material that remain from processing uranium ore for national defense programs. EM workers ship them by train from the Moab Site to a permanent disposal cell about 30 miles north in Crescent Junction, Utah.

   Each train can transport up to 144 sealed metal containers with approximately 4,700 tons of tailings. The tailings are being shipped away from the Colorado River and placed in the DOE-constructed, U.S. Nuclear Regulatory Commission-approved disposal cell.

A reach stacker places a container of mill tailings from the train onto a haul truck for disposal at the Crescent Junction disposal cell, as seen from inside the truck’s cab.
A reach stacker places a container of mill tailings from the train onto a haul truck for disposal at the Crescent Junction disposal cell, as seen from inside the truck’s cab.

North Wind Portage, the project’s remedial action contractor, hired more than 20 new employees to support the increased production. Most of the new employees are from Utah.

   “All along, we have been focused on safely removing the tailings as efficiently as possible,” Federal Cleanup Director Russell McCallister said. “It feels great to see the project move additional material while putting more people to work.”

   The Moab UMTRA Project began shipping activities in 2009 and is more than halfway to completing its mission of relocating 16 million tons of tailings

Tags:
  • Environmental and Legacy Management
  • Nuclear Energy
  • Clean Energy
  • Decarbonization
  • Energy Efficiency