News
August 6, 2026

Hensel Phelps Highlights Integrated Delivery Strategies for Defense Energetics Facilities

Construction Owners Editorial Team

Highlights

  • Hensel Phelps outlined best practices for delivering next-generation energetics facilities for U.S. defense agencies.
  • The company emphasized integrated campus planning, systems coordination, and continuous project validation.
  • The approach draws on experience from projects including the Advanced Munitions Technology Complex, Propulsion Systems Lab, and the Pantex High Explosive Science and Engineering Facility.
  • The article focuses on accelerating operational readiness while minimizing disruptions on active defense installations.

Modernization of U.S. defense infrastructure is driving demand for highly specialized construction delivery methods. Hensel Phelps has outlined project delivery strategies it says are helping federal agencies develop integrated energetics campuses that combine research, testing, and production capabilities while reducing the time required to transition facilities into operation.

Integrated Campuses Replace Standalone Facilities

According to Hensel Phelps, defense agencies including the Department of Defense and the National Nuclear Security Administration are increasingly replacing isolated facilities with interconnected campuses that bring research, development, testing, and specialized operations together.

The contractor cited experience on projects such as the Advanced Munitions Technology Complex, the Propulsion Systems Lab, and the High Explosive Science and Engineering Facility at the Pantex site, where multiple functions are consolidated to improve operational coordination and mission support.

The company noted that these projects require early planning, phased execution, and close coordination among owners, designers, contractors, and facility operators.

Systems Integration Supports Mission Readiness

Hensel Phelps identified systems integration as a critical factor in delivering high-hazard research and testing environments. Complex mechanical, electrical, controls, utility, and safety systems must operate as an integrated platform before facilities can become fully operational.

The company also highlighted the importance of early constructability reviews, model coordination, commissioning, stakeholder engagement, and progressive validation throughout project delivery to reduce project risk and accelerate facility readiness.

For projects constructed on active defense campuses, phased scheduling and operational coordination remain essential to maintaining ongoing research and testing activities during construction.

Why It Matters

Federal investment in defense manufacturing, munitions production, and research infrastructure continues to increase demand for contractors with expertise in complex mission-critical facilities. For construction owners and federal agencies, integrated project delivery, systems coordination, and early operational planning can improve project execution while reducing schedule risks associated with technically advanced defense infrastructure.

Source: Hensel Phelps.

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