DTRA awards counter weapons of mass destruction contract to Alion

3 February 2014 (Last Updated February 3rd, 2014 18:30)

Alion Science and Technology has been selected to compete for work in the US Defense Threat Reduction Agency's (DTRA) counter weapons of mass destruction (CWMD) contract.

Alion Science and Technology has been selected to compete for work in the US Defense Threat Reduction Agency's (DTRA) counter weapons of mass destruction (CWMD) contract.

The multiple award, indefinite delivery / indefinite quantity (IDIQ) contract has a five-year base performance period and five one-year options, with a maximum ceiling value of $4bn for all seven awardees.

Under the contract, the Alion team will compete for individual task orders to perform research and development, hardware and software technology development, and test and evaluation across the CWMD landscape.

"The contract will enable the company to expand on its previous ten years of support to DTRA in nuclear detection."

The results are expected to help DTRA to find and deploy solutions to counter the proliferation of, and threat posed by potential weapons of mass destruction (WMD) devices, which are a continuing concern to the US and its allies worldwide.

Alion senior vice-president and Distributed Simulation Group manager Terri Spoonhour said the contract will enable the company to expand on its previous ten years of support to DTRA in nuclear detection, modelling and simulation, exercise support and systems analysis.

''We have assembled a team that includes small businesses, large businesses, not-for-profit research companies and universities - each demonstrating proven capability to support and advance the CWMD mission over a range of critical functional areas,'' Spoonhour said.

Headquartered at Fort Belvoir in Virginia, US, the DTRA is the Department of Defense's (DoD) official combat support agency for countering WMD across the entire spectrum of chemical, biological, radiological, nuclear and high-yield explosive threats.

Defence Technology