Click the link to read the article on the AZCentral.com website (Arlyssa D. Becenti). Here’s an excerpt:
January 8, 2025
After years of demanding the cleanup of uranium waste at the Kerr-McGee Quivira Mines on the Navajo Nation community advocates got the news this week that the Environmental Protection Agency will remove waste rock from three areas of the site and move it to a new off-site repository. The removal of over 1 million cubic yards of radioactive waste from the sites about 20 miles northeast of Gallup will begin in early 2025, the EPA said. The waste will be taken to a new off-site repository at Red Rocks Landfill east of Thoreau, N.M. The process, including permitting, construction, operation and closure of the repository, is expected to take 6-8 years.
“I feel as though our community finally has something of a win,” said Teracita Keyanna, a member of the executive committee for Red Water Pond Road Community Association. “Removing the mine waste from our community will protect our health and finally put us back on a positive track to Hózhǫ.”
Commercial exploration, development, and mining of uranium at Quivira Mines began in the late 1960s by the Kerr-McGee Corporation and later its subsidiary. The mine sites are the former Church Rock 1 (CR-1) mining area; the former Church Rock 1 East (CR-1E) mining area; and the Kerr-McGee Ponds area. The mines were in operation from 1974 to the mid-1980s and had produced about 1.2 million tons of ore, making them among the 10 highest producing mines on the Navajo Nation…From World War II until 1971, the U.S. government was the sole purchaser of uranium ore, driving extensive mining operations primarily in the southwestern United States. These efforts employed many Native Americans and others in mines and mills. Between 1944 and 1986, nearly 30 million tons of uranium ore were extracted from Navajo lands under leases with the Navajo Nation. With over 500 abandoned uranium mines — many say the total could be in the thousands — clean up of mines has always been a battle.