Our marine and ship cleaning services utilise advanced dry ice blasting technology to deliver deep, safe, and highly effective cleaning for vessels of all sizes. From commercial cargo ships to naval fleets and offshore platforms, we remove stubborn marine contaminants such as salt deposits, rust build-up, grease, oil residues, algae growth, and industrial grime without damaging sensitive surfaces or structural components.
Dry ice blasting is a non-abrasive, non-conductive, and completely moisture-free cleaning method that uses solid CO₂ pellets to break down and lift away contaminants. Unlike traditional water- or chemical-based cleaning methods, it eliminates the risk of corrosion, oxidation, and secondary waste, making it particularly suitable for harsh marine environments where equipment protection is essential.
This advanced cleaning solution is ideal for engine rooms, propulsion systems, decks, hull structures, cargo holds, and sensitive navigation or control equipment. It effectively reaches confined and complex areas that are difficult to clean manually, ensuring thorough maintenance without the need for extensive disassembly or prolonged downtime.
By restoring cleanliness and removing performance-reducing build-up, our process helps improve vessel efficiency, enhance fuel efficiency, and extend the operational life of critical marine systems. Regular cleaning also helps minimise maintenance costs and reduce the risk of unexpected breakdowns during operation.
We are committed to delivering environmentally responsible, high-performance marine cleaning solutions that meet modern industry standards. Whether for routine maintenance or heavy-duty industrial cleaning, our dry ice blasting technology ensures faster turnaround times, improved safety, and consistent, reliable results across all marine and offshore applications.
Marine-grade cleaning solutions engineered for extreme offshore conditions, high salt exposure, and persistent industrial contamination, ensuring maximum protection and performance of vessel systems.
