Thermal Engineering
Through Applied Science.

Structural connections, fasteners, door frames, floor junctions, and service penetrations all introduce thermal bridges that degrade envelope performance. We model these effects using simulation tools and incorporate counter-details i.e., thermal breaks, expanded insulation zones, and structural design adjustments i.e., into every engineering package.

• Continuous insulation methodology with offset joint patterns
• Thermally-broken door frames and structural penetration sleeves
• Computer-modelled thermal imaging during design phase
• Post-installation thermal camera validation
• Documented thermal bridge factor (psi values) per junction type

Facilities designed for phased expansion from the outset i.e., with pre-planned utility connections, structural reinforcement, and modular enclosure systems that allow capacity growth without operational disruption.

• Structural design accommodating future bay additions
• Pre-routed utility connections and electrical distribution capacity
• Building skid modules that integrate with existing structural systems
• Refrigeration plant staging designed for phased capacity addition
• Zero operational disruption during expansion phases