Clean Energy Infrastructure Program

SE Group has provided structural engineering services supporting the installation of fueling and mechanical equipment at Clean Energy Fuels facilities across multiple states in the United States.

These projects support the deployment of alternative fueling infrastructure serving transportation and industrial operations, requiring structural design for equipment installations and associated utility systems within existing developed sites.

SE Group's work focuses on reinforced concrete equipment slabs and foundations, along with structural support for related mechanical and utility infrastructure. Each project requires evaluation of site conditions and coordination with equipment layouts to ensure the structural systems properly support operational loads, anchorage requirements, and installation constraints.

Projects are typically executed within active industrial or transportation environments, requiring practical structural solutions that integrate new infrastructure with existing site conditions and utility systems.

• Reinforced Concrete Equipment Slab Design
• Equipment Foundation Design
• Structural Anchorage Design
• Utility Support Structure Design
• Pipe and Conduit Support Design
• Structural Calculations and Permit Documentation

SE Group provides structural engineering support for equipment installation and site infrastructure improvements across Clean Energy facilities.

Typical scope includes:

• Structural design of reinforced concrete equipment slabs and foundations
• Structural support for fueling equipment, compressors, and mechanical systems
• Structural design of pipe, conduit, and utility support systems
• Structural design of site retaining elements and related infrastructure
• Anchorage design for equipment and support systems
• Structural calculations and permit documentation
• Coordination with mechanical, electrical, and site infrastructure layouts

Projects typically involve the installation of new fueling and mechanical systems within existing developed sites, requiring structural solutions that support new infrastructure while accommodating existing utilities, grades, and operational site constraints.