In recent years, Delmeco has established itself as a specialist in LNG handling and transfer using hoses.
Our systems are designed to ensure the safe and efficient transfer of liquefied natural gas (LNG), even in challenging environments.

We develop solutions that allow LNG hoses to be positioned with precision and ease — even when dealing with the motion and dynamics of a vessel at sea. Using innovative technologies, we ensure that LNG can be transferred quickly and safely, while meeting the strictest safety standards in the maritime and chemical industries.

Geen swivels

Whether it’s ship-to-ship bunkering, Floating Storage and Regasification Units (FSRUs), or fixed jetty structures, Delmeco designs and delivers safe, efficient, and reliable LNG transfer systems — without the use of swivels.
Our systems feature integrated winch and coupling technology, engineered for fast connection, controlled disconnection, and minimal operational downtime. These solutions are in use at terminals and bunkering vessels worldwide.

Shorter loading times, lower risks

Our technology is designed with real-world operations in mind and tailored to each customer’s needs.
Thanks to our integrated winch and coupling systems, hose connections are fast and precise, disconnections are safe and controlled, and downtime is kept to a minimum.
This results in shorter loading times, increased operational safety, and reduced risk of emissions or leakage.

Global Application, Scalable Design

With a modular and scalable design, our LNG systems are deployable across the globe — from large-scale LNG terminals to mobile bunkering vessels.
Each system is carefully engineered to fit the unique conditions of the site, the vessel type, and the required transfer capacity.

From Design to Commissioning

With extensive experience in LNG projects, Delmeco combines engineering expertise with hands-on execution. We guide our clients through the entire process — from concept and design to commissioning — ensuring performance, safety, and reliability at every stage.