In today’s booming global shipping industry, shipbuilders are placing increasing emphasis on classification society certification when procuring marine equipment. Marine refrigerated dryers and marine desiccant dryers that hold authoritative certifications represent a core competitive advantage for accessing the shipping market and are critical components for ensuring that onboard air‑supply systems meet regulatory purity standards. Our company obtained in 2019… CCS Classification Society Certification Subsequently, it obtained a “pass,” smoothly opening the door to the shipping market and earning the favor and trust of numerous shipbuilding companies. Recently, our company entered into a technical collaboration with a key industry partner, developing customized refrigeration‑drying and desiccant‑drying equipment tailored to the core requirements of marine applications, thereby providing a professional solution for purifying onboard air supplies.

The unique characteristics of marine equipment are first reflected in its stringent compliance requirements; the refrigeration dryers and desiccant dryers involved in this collaboration have both been designed in strict accordance with… ABS Classification Society Certification Standard manufacturing.

This certification signifies that the equipment has undergone a comprehensive maritime‑standard assessment in areas such as resistance to salt‑spray corrosion, structural robustness against vibration and impact, and performance stability, making it suitable for marine vessels. High temperature, high humidity, and high salt spray Complex operating conditions.

Both devices ensure that compressed air meets dryness and cleanliness standards before entering the downstream system.

In terms of interface compatibility, we strictly adhere to national standards to ensure seamless integration with the vessel’s existing piping system, thereby preventing leaks or pressure drops caused by mismatched interfaces.

Meanwhile, the dehydrator employs " Blower heating + Zero-air-consumption regeneration The technology enables adsorbent regeneration without consuming product gas, achieving energy savings of more than 30% compared with conventional pressure swing adsorption and fundamentally reducing energy losses in the gas supply system.