NOx emission reduction
GEA NOx Separator with integrated direct drive is specially configured for the water treatment in Exhaust Gas Recirculation (EGR) on board marine vessels. After treatment, the purified water can be discharged into the sea.

As environmental regulations on exhaust gases become more stringent, the shipping industry is under pressure to reduce emissions of nitrogen oxides (NOx), sulfur oxides (SOx), and fine particulates.
Exhaust Gas Recirculation (EGR) is a NOx emission reduction technology that ensures IMO Tier III compliance in both diesel and gas operations. Engine manufacturers offer their customers engines with EGR systems for heavy fuel oil (HFO), low-sulfur fuels, liquefied natural gas (LNG), and IMO Tier II and Tier III methanol.
When incorporating EGR technology into marine engines, it is important to consider the treatment of EGR wash water prior to its discharge into the ocean. The recirculated exhaust gas in the EGR process can potentially interact with contaminants such as soot, sulfur compounds and acidic substances.
The GEA NOx Separator is designed for a single task. The system purifies the bleed-off water before discharge according to MEPC.307(73) and optionally to MEPC.259(68).

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

GEA bilgEGR Solution is a combined Exhaust Gas Recirculation (EGR) and oily bilge water system designed to treat water on board ships. After treatment, the purified water can be discharged into the sea.

O novo Centro de Aplicações e Tecnologia (ATC) da GEA em Sarstedt, ao sul de Hannover, não é nem um showroom nem um substituto de um laboratório. É um local destinado a testes, coleta de dados e tomadas de decisão em antecipação. É nesse momento que fica claro se um conceito biológico pode se transformar em um processo industrial robusto. Esse passo é maior do que pode parecer.

A termoformagem há muito tempo desempenha um papel fundamental na embalagem de alimentos. Agora, ela está passando por uma grande mudança. À medida que as regulamentações se tornam mais rigorosas, os materiais evoluem e os custos aumentam, as linhas de moldagem, enchimento/envase e selagem precisam fazer mais do que apenas operar de forma confiável - elas agora determinam como os alimentos permanecem frescos, acessíveis e recicláveis. Confira as principais tendências em termoformagem que estão moldando o cenário das embalagens e distribuição de alimentos.