Norwegian Ship Operator G2 Ocean Selects StormGeo’s Voyage Optimization Solution
Norwegian ship operator G2 Ocean, specializing in the open hatch segment, has recently announced its partnership with StormGeo to implement a voyage optimization solution across its fleet of 120 vessels. This collaboration marks a significant milestone in the long-standing relationship between the two maritime companies and underscores G2 Ocean’s commitment to operational efficiency and decarbonization.
StormGeo’s Voyage Optimization solution is designed to empower both shoreside and onboard teams in planning and executing safe and optimized voyages. By leveraging AI-driven insights, advanced technology, weather analytics, and the expertise of StormGeo’s route analysts and operational support professionals, the solution offers comprehensive, data-driven support at every stage of the voyage.
Phil Curran, Director Fleet Operations at G2 Ocean, expressed confidence in StormGeo’s capabilities, stating, “StormGeo has been the industry leader in providing weather routing services for 25 years. With their suite of innovative tools, we have access to the most accurate data and decision-making capabilities. We believe that these applications will enable significant cost and emissions reductions on every voyage.”
The partnership between G2 Ocean and StormGeo exemplifies a shared commitment to leveraging technology and expertise to drive sustainable practices within the maritime industry. By adopting StormGeo’s Voyage Optimization solution, G2 Ocean is poised to enhance operational efficiency, mitigate risks, and reduce environmental impact across its fleet.
As the maritime sector continues to navigate challenges related to climate change and regulatory requirements, partnerships like the one between G2 Ocean and StormGeo highlight the importance of collaboration and innovation in driving positive change. Through the integration of cutting-edge technology and industry-leading expertise, both companies are paving the way for a more sustainable and efficient future in shipping.