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NAPA joins Finnish Clean Propulsion Technologies consortium to accelerate development of low-carbon solutions in shipping

NAPA Voyage Optimization applies energy consumption modeling for ship weather routing. Further research aims to develop methods to model and optimize total energy consumption.

The consortium brings together leading academic bodies and industry experts to bolster Finland’s leadership in developing low-carbon technologies for shipping and off-road transport

NAPA, the leading maritime software, services and data analysis provider has announced its participation in the Clean Propulsion Technologies project (CPT), a consortium led by the University of Vaasa that aims to develop radically new low-carbon solutions across global transport sectors. NAPA will apply its technical expertise to further enable methods to model and optimize total energy consumption on the two-year project.

Funded by Business Finland, which has pledged €7.9 million to support the consortium, the project aims to cement Finland’s position as a global technology leader through bringing economically viable low carbon technologies from the research phase to real-world application in line with global environmental regulation.

NAPA will apply its unrivaled expertise and data-driven voyage optimization solutions, NAPA Fleet Intelligence and NAPA Performance models, to develop methods to model and optimize total energy consumption on the project. The company will specifically draw on its ‘Optimization of Total Energy Consumption Onboard (OTECO)’ initiative, which takes a holistic approach to energy optimization, to incorporate the novel propulsion energy arrangements developed in the CPT project.

NAPA will develop virtual models in collaboration with the consortium partners to improve the modeling of non-conventional propulsion unit arrangements and the inclusion of important onboard energy consumers. These will include vessel components such as hotel load for cruise vessels and cargo warming and cooling for LNG carriers and other merchant vessels. By enabling the global usage of proper tools for virtual modeling and making them available for all stakeholders, it estimates that shipping efficiency can be improved by approximately 10-20%.

Teemu Manderbacka, Lead R&D Engineer, NAPA Shipping Solutions, said: “At NAPA, we have a wealth of unique insights into the overall impact of novel clean technologies on shipping’s emission and trade flow in a defined area or route per different ship type. This expertise and knowledge, coupled with NAPA Fleet Intelligence voyage data and NAPA Performance models, will enable us to help support the aims of the CPT project and further decarbonize the shipping industry. The cooperation with the consortium helps us by bringing together companies and universities with mutually complementary technology expertise on cleaner shipping. NAPA contributes to the consortium by providing insights on overall ship technical and operational performance globally.”

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