Driving Innovation in Manufacturing

Encapsulates our unwavering commitment to pushing the boundaries of what’s possible in the manufacturing industry.

SANA USA Engineering

Specialized engineering for

complex facilities

CFD analysis, testing and balancing, commissioning, and engineered HVAC and MEP equipment solutions for demanding facilities. SANA USA helps project teams evaluate performance, resolve technical challenges, and develop clear engineering recommendations.

Engineering focus

Specialized HVAC & MEP systems

Airflow and thermal analysis, system verification, commissioning, and project-specific equipment selection.
Company Introduction

Engineering depth for demanding HVAC and MEP projects.

SANA Engineering USA is a US-based engineering company serving clients nationwide in the United States with advanced CFD, TAB, commissioning, and IAQ services — plus an engineering-led platform for specialized HVAC & MEP equipment selection and support.

SANA USA manages the US client relationship and project coordination, supported by specialist engineering resources across the wider SANA organization.

  • Technical Analysis

    Airflow, thermal, and system-performance studies tied to project decisions.

  • Engineering Depth

    Technical studies, simulations, and selections led by experienced engineers.

  • Engineered Equipment

    Equipment selection, configuration, and technical submittals aligned with the project schedule.

Wider SANA organization · group experience
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Projects

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offices

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creative engineers

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Experience

Pillar 01 · Specialized Engineering Services

Advanced technical analysis for difficult, nonstandard projects

We analyze, verify, investigate and commission complex HVAC/MEP systems.

CFD Analysis

CFD Analysis

Computational fluid dynamics for data center thermal architecture, cleanroom and hospital pressurization, industrial exhaust, and smoke management. Models are used to support design and operational decisions.

Testing, Adjusting & Balancing

Testing, Adjusting & Balancing

Testing, adjusting, and balancing for commissioning, retrocommissioning, and dispute resolution across air-side, hydronic, and specialty systems.

Commissioning

Building commissioning services spanning design review, construction, functional testing, and the warranty phase for new construction and existing facilities.

Pillar 02 · Engineered Equipment Solutions

Equipment families, engineered to your project.

We select, configure and support engineered HVAC/MEP equipment for those projects.

Industries & Applications

Built for technically demanding facilities

SANA USA focuses on complex sectors where specialized analysis, custom equipment, and independent technical judgment are required.

  • Data Centers

  • Hospitals & Healthcare

  • Laboratories

  • Cleanrooms & Pharma

  • Food Production

  • Industrial Plants

  • Airports & Transportation

  • High-Rise & Mixed-Use

  • Universities & Campuses

  • Government & Institutional

  • Mission-Critical Facilities

  • High-Performance Buildings

Engineering Capability

High-fidelity thermal & airflow analysis for data centers, cleanrooms, and hospitals.

CFD models used to support design and operational decisions — containment strategies, plant sizing, TAB rebalances, smoke-control validation — not decorative color plots.

ANALYZE
Evaluate airflow, heat transfer, ventilation, and system performance to inform design and operating decisions.
VERIFY
Measure and assess HVAC systems through testing, balancing, commissioning, and performance investigation.
SELECT
Match equipment configurations to project requirements, with technical selection and coordinated submittal documentation.
Representative Scenario · Data Center

Hot-aisle / cold-aisle CFD study for a colocation data hall

This illustrative scenario explains a typical technical approach. It is not a claim of a completed SANA USA project.

Typical Challenge

Owner needed independent CFD validation of the containment strategy for a new data hall before energizing IT load, including verification of rack-level supply temperatures against the design intent.

Typical Engineering Approach

A typical scope would build a CFD model from the mechanical schedule, rack loads and containment layout, then evaluate operating and redundancy scenarios against the agreed thermal criteria.

Potential Outcome

The analysis can identify containment leakage, thermal hot spots or stranded cooling capacity and provide prioritized engineering recommendations before IT load is energized.

Let’s Talk About Your Project

Share your project scope, facility type and technical requirements. Our engineering team will review the information and discuss the next steps.

Representative project scenarios

Specialist engineering resources

Technical depth for complex projects.