CH2M-Merrick JV to support MDA’s ballistic missile defence programme

8 December 2017 (Last Updated December 8th, 2017 13:00)

The CH2M and Merrick joint venture (JV) are to work with the US Army Corps of Engineers (USACE) to provide design services for the Missile Defense Agency's (MDA) ballistic missile defence programme. 

CH2M-Merrick JV to support MDA’s ballistic missile defence programme
The CH2M-Merrick JV to support MDA’s ballistic missile defence programme. Credit: PRNewsFoto/CH2M.

The CH2M and Merrick joint venture (JV) are to work with the US Army Corps of Engineers (USACE) to provide design services for the Missile Defense Agency’s (MDA) ballistic missile defence programme.

Under the contract, CH2M will deliver services related to pre-design engineering studies and design of tactical and tactical support facilities for missile defence weapons systems.

Design-related analyses and studies, economic analyses and cost estimates for the missile launch, test, and evaluation will also be undertaken, as well as other related services.

CH2M is the majority partner in the JV, and will also prepare documentation to seek environmental permits from regulatory authorities.

“The missile defence technology being tested and deployed by the US is capable of defeating ballistic missiles of all ranges.”

In addition, the JV will collaborate with the US Army Corps of Engineers’ Huntsville Center on electronic and physical security design to safeguard facilities from any chemical, biological and radiological threats.

CH2M USACE account manager Stephen Browning said: “We’re honoured to partner with the Huntsville Center as it returns to its historic ballistic missile defence mission, advancing all aspects of our national security, from design studies to services during construction.”

The missile defence technology being tested and deployed by the US is capable of defeating ballistic missiles of all ranges.

The ballistic missile defence system’s integrated, ‘layered’ architecture helps in destroying missiles and their warheads before they can reach their targets.