HADETEC offshore screw compressor packages are engineered for exceptional reliability and operational safety in the world's harshest marine and offshore environments. Designed specifically for offshore platforms, FPSOs, drilling units and marine applications, these packages combine compact construction with robust corrosion-resistant materials and advanced control systems to ensure dependable compressed air supply under continuous operating conditions.

Offshore-Ready Compressor Solutions

Our compressor packages are available in:

• Oil-free screw compressors
• Oil-injected screw compressors
• Single-stage and two-stage configurations
• Air-cooled or water-cooled configurations

* Other capacities and pressure ranges available and tailor made upon request.

Designed for Marine & Hazardous Areas

HADETEC compressor packages for offshore are designed for operation in corrosive salt-laden atmospheres and hazardous classified areas.

Key features include:

• High Durability: To withstand the harshest conditions, durable and corrosion resistant materials are used such as SS316L piping and process components / 6MO & Super Duplex tubing
• Offshore-grade protection:  C5M/C5X coating systems
• Hazardous area compliance: ATEX/IEC-certified equipment and instrumentation and / or Ex-rated motors
• Weatherproof design: IP66/NEMA 4X stainless steel 316L control panels
• Active cooling solution: Integrated ventilation and cooling systems
• Low-noise operation design: acoustic weatherproof enclosures
• Compact & modular skid design: compact skid layouts for limited deck space

Integrated Air Treatment & Cooling

HADETEC compressor packages for offshore can be supplied with:

• Integrated aftercoolers / Closed-loop cooling systems with dedicated chillers
• Multi-stage filtration systems
• Integrated desiccant dryers
• Moisture separators / Automatic condensate drain systems
• Integrated nitrogen generators

Optimized for Offshore Reliability

HADETEC compressor packages for offshore are engineered to:

• Minimize maintenance requirements
• Reduce offshore installation time
• Ensure stable operation during fluctuating demand
• Maintain performance under extreme ambient conditions
• Lower total cost of ownership over the equipment lifecycle