|
The Anniston Chemical Agent Disposal Facility probably will
destroy its 100,000th munition this month, but officials are looking beyond
the milestone to the completion of the sarin campaign.
"It is significant, but it probably isn't as significant as
when we finish our GB rounds," said Robert Love, project general manager
for the Washington Group, the contractor on the project.
The ANCDF had destroyed 97,273 weapons – mostly rockets and
shells – through Tuesday, after more than two years of work. But even with
destruction totals approaching six figures, crews have destroyed only about
17 percent of the Anniston Army Depot's chemical-weapons stockpile; more
than 1.2 million chemical munitions still need to be processed.
"It's still a good start," said Tim Garrett, the Army project
site manager. "But 100,000 will come and go in a matter of a few minutes,
and we'll continue on.”
The sarin campaign was moving faster than expected this year,
but the 105-mm shells currently being destroyed have created an unanticipated
problem on the facility's Deactivation Furnace Heated Conveyor. Fin-like
blades that move debris through the furnace have faced a great deal of wear,
and processing was shut down twice in October to repair the machines.
Other processing stoppages are possible, but officials say
they hope they'll be shorter. "We've been making several small changes, and
it looks to be helping," Love said. "The length of time between repairs is
thinning."
The difficulties mean the sarin campaign, once expected to
be finished in December, probably will wrap up early next year. Then crews
will spend four months preparing the facility to destroy VX weapons. That
campaign probably will begin in late spring or early summer, Garrett said.
"We're on pace as far as what our expectations were for this
project," he said. "We're executing in the manner we said we would.”
Weapons processing, which began in Anniston in August 2003, is expected to
be finished in 2010. There are five active chemical-weapons disposal facilities
in the nation.
|