ECOPRODIGI. Eco-efficiency to maritime industry processes in the Baltic Sea Region through digitalisation
The ECOPRODIGI project increases eco-efficiency in the Baltic Sea region maritime sector by creating and piloting digital solutions in close cooperation between industry end-users and research organisations. Ultimately, ECOPRODIGI supports the Baltic Sea region in becoming a front-runner in maritime industry digitalisation and clean shipping.
Environmental and economic pressure for cleaner shipping
The Baltic Sea is one of the busiest and most vulnerable seas. Shipping in the Baltic Sea is highly regulated and the industry is under pressure to meet the regulations. In addition, customers are increasingly interested in the environmental performance of shipping. The shipping industry in the region is also facing increasingly fierce competition. Thus, there is a need to produce more value with less resources, waste and pollution – i.e. a need for more eco-efficient operations and processes in the shipping industry.
Digital solutions enhancing eco-efficiency throughout the vessel lifecycle
ECOPRODIGI addresses both the environmental and economic challenges by increasing eco-efficiency at all stages of the vessel lifecycle from design and building to the use, maintenance, stowage as well as conversion processes. In practice, ECOPRODIGI does not only provide highly needed information about the key eco-inefficiencies of the industry but also concretely develops and pilots digital solutions to better measure, visualise and optimise the industry processes. ECOPRODIGI also improves the capacity of the maritime industry actors to enhance eco-efficiency in their operations by providing training for the key actors and by designing a digitalisation road map for increasing eco-efficiency. As digitalisation remains largely unexploited in the maritime industry, ECOPRODIGI also strengthens the public support for digitalisation by providing policy workshops and recommendations.
Project duration: October 2017 - March 2021.
ERDF: 3 MILLION EUR.