Rethink lube oil treatment
The GEA ecomarine Separator is a manual cleaning centrifuge engineered for efficient lube oil treatment. This separator significantly reduces energy costs and offers a more economical and environmentally sustainable alternative to filter systems. Its design ensures optimal operational efficiency while minimizing environmental impact and reducing total life cycle costs.

The GEA ecomarine Separator is a manual cleaning machine, but don't let the term "manual" mislead you – this process is simple and hassle-free.
Unlike self-cleaning separators, which require complex installations with operating water, advanced automation systems, and sludge tank connections, the ecomarine Separator offers a streamlined, efficient solution. It not only simplifies maintenance but also delivers significant energy cost savings, making it a more economical and environmentally friendly choice compared to self-cleaning separators and filter systems.
The innovative design of the GEA ecomarine Separator offers several significant advantages over traditional filter options.

The GEA marine Separator

Marine separators specialize in the purification of fuel and lube oil as well as bilge and EGR water treatment on board ships.

Designed to automate various separator processes, the GEA marine Upgrade Kit features advanced software and easy-to-use hardware components for seamless integration. By extending the capabilities of our marine separators, this solution improves efficiency and promotes environmental sustainability.

GEA biofuel Separators are tailored to the specific characteristics of biofuels, efficiently separating water and contaminants to meet the stringent requirements of the industry.

GEA bilge Separator with integrated direct drive is designed for cleaning oily water and producing minimum residual oil contents in all performance classes.

Le nouveau Centre d’application et de technologie (ATC) GEA de Sarstedt, au sud de Hanovre, n’est ni un showroom ni un ersatz de laboratoire. C’est un lieu conçu pour les essais, la collecte de données et les décisions précoces. Un endroit où l’on détermine si un concept biologique peut devenir un procédé industriel robuste. Cette étape est plus importante qu’il n’y paraît.

Si le thermoformage joue depuis longtemps un rôle central dans le domaine de l'emballage alimentaire, il doit aujourd'hui affronter un tournant majeur. À une époque comme la nôtre où les réglementations se durcissent, où les matériaux évoluent et où les coûts augmentent, il ne suffit plus que les lignes de conditionnement FFS ou <i>Form-Fill-Seal</i> (Former-Remplir-Sceller) fonctionnent de manière fiable : elles sont désormais déterminantes pour garantir la fraîcheur des denrées, un prix accessible et la recyclabilité. Examinez de plus près les grandes tendances qui dans le domaine du thermoformage façonnent le secteur de l'emballage et de la distribution alimentaires.