Efficient solutions for maritime decarbonization

GEA biedt zijn klanten in de scheepvaartsector systeemoplossingen die allesomvattend zijn en specifiek ontworpen voor de speciale eisen aan boord. Alle producten van GEA zijn bedoeld voor extreme omstandigheden en werken betrouwbaar, ook op ruwe zee.

Ze verzekeren hoge prestaties op een energie-efficiënte manier, terwijl de maximale beschikbaarheid van de systemen wordt gewaarborgd. Daarbij ondersteunen ze het doel van rederijen om zowel hun bemanningen als het milieu te beschermen. 

Alle regels die zijn vastgesteld door de International Maritime Organization (IMO) en vlaggenstaten om gevoelige maritieme ecosystemen te beschermen worden ruimschoots in acht genomen. Door hun compacte ontwerp, hun lage gewicht en de buitengewoon beperkte ruimte die ze innemen voldoen de systemen en componenten aan de eisen van de moderne scheepsbouw. Het consistent toegepaste plug-and-play-principe vereenvoudigt de installatie en draagt zo bij aan kortere bouwtijden. Bovendien behoeven de systemen

Sailing towards a sustainable future

At GEA, our Climate Strategy aligns with the 1.5°C target, delivering cost-effective and eco-friendly products. With over 115 years of experience in marine separators and expertise in natural refrigerant-based systems, we offer sustainable solutions for today while committing to future advancements.

Our marine system solutions cover fuel, lube oil, bilge water, EGR wash water treatment, fuel conditioning, engine cooling, seawater desalination, and refrigeration. Designed to withstand extreme conditions, GEA systems ensure reliable, energy-efficient performance even in rough seas, improving efficiency, cutting costs, and supporting environmental protection for shipping companies worldwide.

Maximizing efficiency and sustainability in modern shipbuilding

All International Maritime Organization (IMO) and flag state regulations for the protection of sensitive marine ecosystems are more than met. The compact design of the systems and components meets the requirements of modern shipbuilding due to their low weight and the extremely small space required to accommodate them. Consistent use of the plug-and-play principle simplifies installation and contributes to shorter construction times. In addition, the systems are low-maintenance and support the demand for an intelligent, unattended engine room.

This means that costs are reduced, efficiency increased and return on investment optimized. At the same time working conditions are significantly improved and operational safety is further enhanced. As a result, the economic, social, and ecological sustainability of investments in shipping is further enhanced.