Blog Standard

What Is a Ballast Water Treatment System (BWTS) and How Does It Work on a Ship? Quick answer: A ballast water treatment system (BWTS) is equipment fitted to a ship’s ballast line that removes or inactivates organisms in ballast water, so the water discharged meets the IMO D-2 standard. Most systems filter the water as […]

The alarm sounds at 02:40. The standby pump cuts in. Pressure recovers. The duty engineer logs it as a pump changeover and the vessel continues. Six hours later, the standby is already running — and pressure does not recover. What started as a manageable situation is now a main engine shutdown at sea. The first alarm was not a pump problem. It was the engine telling you something was wrong in the system.

A bulk carrier arrives in port with a seized main bearing. The crankshaft journal is scored. The superintendent gets two quotes. The first is for crankshaft removal, workshop transport, and bench grinding. The second is for in-situ grinding — the same repair, done with the crankshaft still sitting inside the engine.

A chief engineer opens the scavenge space for a routine inspection. He shines a light up at the liner wall. Instead of a smooth, even surface, he sees long vertical scratches running down one side. Some are deep enough to catch a fingernail.

A vessel came out of drydock with a freshly overhauled main engine. New fuel injectors. Reground fuel pump plungers. Cleaned combustion chambers. The chief engineer signed off the work as routine maintenance. The class surveyor at the next port asked for the EIAPP certificate and the engine Technical File.

A vessel transiting the Norwegian Sea in early 2026 faces something that did not exist the year before. The area is now a designated Emission Control Area. For many operators running bulk carriers or tankers on northern European routes, the question is the same: what does this actually change inside my engine room?

You are crossing the North Sea. The engine is running at slow speed. Then you hear it — a loud, rhythmic banging from the turbocharger. The whole unit shakes. The scavenge air pressure drops. The chief engineer calls the bridge to reduce speed.

In April 2026, safety onboard ships continues to be a key focus under the framework of the International Maritime Organization.

We successfully attended Asia Pacific Maritime 2026 (APM) in Singapore, one of the key events for the maritime industry in the region. The exhibition brought together shipowners, technical managers, equipment manufacturers, and service providers from across the global maritime sector.

We are expanding our electronics team with 7 additional engineers to support increasing demand across our projects. In recent months, we have seen a higher number of requests related to monitoring systems, automation, and onboard control equipment. These systems are now more important for daily vessel operation and for inspections.