GEA Heating & Refrigeration Technologies supplies sustainable marine solutions for the fishing industry, cruise industry, on board refrigerated cargo ships (reefers) or juice carriers, as well as GEA Grasso BOG and LD (boil-off gas and low duty) screw compressors for LNG-fueled vessels, also suitable for gaseous ammonia fuel or other applications e.g. CO₂ capture.
Zastosowania
GEA compressors and packages have already fulfilled high maritime demands for many years. With a broad product range of screw compressors, we have the right equipment for nearly all refrigeration, ammonia, CO₂ and LNG applications.
We engineer and supply energy efficient and sustainable solutions for ships where refrigeration is an essential part of the operation.
Our solutions and products focus on ease of use and low maintenance during the complete life cycle, with a low total cost of ownership (TCO).
As no ship type is the same, and space for equipment is often challenging, GEA can provide customized solutions if our standard solutions don't meet the customer's special requirement.
GEA is active in the following marine segments:
- Fishing Vessels (trawlers, crab catchers, tuna seiners)
- Reefer Ships
- Cruise & Ferry
- Orange juice carriers
- Conversion and retrofit projects
Produkty i technologie
Wyświetlane elementy: 4 z 9
GEA Grasso Maintenance Monitor (GMM)
First class electronic monitoring based on proven developments.
GEA Omni Control Panel
The intuitive touch for machine control technology.
GEA G-Plex®
Now available for Vi control, condition monitoring and more for GEA Grasso screw compressors
GEA Omni Control Panel for Complete System Control
The GEA Omni control panel is customizable for complete system control — an all-inclusive command center that controls the entire refrigeration system from one panel.
Downloads
GEA Insights
Bilans wodny
W całej Europie susza staje się powracającym zjawiskiem – i nie dotyczącym już tylko południa. Choć dostęp do wody w coraz większym stopniu wpływa na wybór lokalizacji zakładów przemysłowych, to o jej wartości decyduje kontekst lokalny. Istnieje wiele rozwiązań technologicznych pozwalających na oszczędne gospodarowanie wodą w procesach przemysłowych, jednak kluczowe znaczenie mają także lokalizacja, zapotrzebowanie na energię oraz inne czynniki.
