Experts in Marine HVAC

We provide specialized HVAC engineering services for the marine industry, with a focus on Air Handling Units, ducting, and insulation solutions. Our work supports cruise ships, ferries, yachts, offshore installations, and industrial marine environments where reliability, corrosion resistance, and airflow performance are critical.

Our team designs, fabricates, repairs, and restores HVAC components according to technical and operational requirements of shipboard systems. All materials, fabrication processes, and installation methods follow marine standards and are selected to ensure long-term performance under demanding conditions such as moisture, vibration, temperature variation, and restricted space.

white cruise ship on sea under white clouds and blue sky during daytime

We bring extensive technical competence in:

AHU fabrication and structural engineering
Coils renewal and custom replacement design
Bottom pan reconstruction and condensate system repairs
Duct fabrication, extension, and onboard repairs
Thermal and acoustic insulation using Armaflex closed-cell systems
Full AHU refurbishment and life-extension works

Every project includes detailed assessment, precise measurements, engineering review, fabrication planning, and controlled installation onboard.

Technical Expertise

We work with clear engineering methodology:

Inspection & Assessment – Identify defects, corrosion, leakage paths, structural deformation, or performance loss.
Technical Proposal – Provide engineered solutions, material specifications, and fabrication scope.
Fabrication & Repairs – Execute the required build, renewal, or reconstruction to marine standards.
Quality Verification – Test airflow, sealing, insulation integrity, and mechanical fit.
Delivery & Reporting – Provide documentation, photos, and technical summary of all completed works.

Our Approach

Our Mission

Our mission is to extend the service life of HVAC systems, reduce downtime, and enhance onboard air quality through precise engineering and high-grade workmanship. The result is dependable performance, improved energy efficiency, and reduced long-term maintenance demands.