Marine, climate and sustainability research

Fraunhofer institutes are developing applied solutions for the sustainable use and protection of the oceans, for climate protection and climate adaptation and for resilient maritime infrastructures. The work focuses on autonomous underwater and maritime systems, sensors and digital ocean monitoring, detection systems for unexploded ordnance, AI‑based data analyses and protecting critical maritime infrastructures, climate-friendly energy harvesting, aquaculture and environmental monitoring. In this way, Fraunhofer strengthens technological sovereignty, safety and sustainable value creation in future maritime markets.

Selected projects and initiatives

 

Smart Ocean Technologies Lab

The Smart Ocean Technologies Lab in Rostock’s cargo and fishing port is developing pioneering marine technology and new solutions for sustainable use of the oceans.




 

Smart Ocean Technologies projects

From solutions to counter microplastics to underwater maintenance and repair, from the digital twin for inspection planning to the agile underwater platform – a project overview.






 

Digital Ocean Lab

Pioneering test capacity and infrastructure for AI-controlled environmental monitoring, inspecting offshore facilities or developing high-tech sensors for underwater vehicles.

 

 

Aquaculture

From fish nutrition and health to innovative aquaculture technology, water treatment and analytics, Fraunhofer develops solutions for sustainable aquaculture.








 

 

Applied climate research

The Fraunhofer Group for Energy Technologies and Climate Protection researches how climate protection, adaptation and neutrality can be implemented from a technical, economic and societal perspective. The focus is on climate-neutral energy systems, low-emission industrial processes, green hydrogen, CO₂ management, resource efficiency and climate-resilient infrastructures.

 

Waste4Future

In the Fraunhofer Waste4Future flagship project, eight Fraunhofer institutes are developing new solutions for waste management and the plastics circular economy, including recycling, treatment and sorting methods, recipe development and processing methods for high-quality recyclates. 









 

 

New functional plastics alternatives

How can new biobased and biohybrid materials with improved characteristics be developed more quickly? In the SUBI²MA flagship project, six Fraunhofer institutes are investigating this question on the basis of a novel biopolyamide, the special characteristics of which make it a highly promising alternative to fossil-based plastics.

 

Carbon2Chem

In the Carbon2Chem project, the Fraunhofer Institute for Environmental, Safety and Energy Technology UMSICHT is developing modular concepts and building blocks for the capture and utilization of carbon monoxide and carbon dioxide from various industrial process gases. The objective is a 100% substitution of carbon from fossil raw materials as a contribution to climate protection.


Contact

Contact Press / Media

Dr. Stefan Löbbecke

Deputy Institute Director

Fraunhofer Institute for Chemical Technology ICT
Joseph-von-Fraunhofer-Straße 7
76327 Pfinztal, Germany

Phone +49 721 4640-230