The global supply chain relies heavily on cargo ships to get goods around the world but is often associated with high CO2 emissions, so the conceptual 'Oceanbird' sailing cargo vessel has been designed as a way to help change this. The vessel is capable of capturing wind energy while at sea thanks to a series of five sails positioned atop the ship and is thus capable of curbing emissions by as much as 90%. The ship could maintain an average speed of 10 knots when on the open ocean to help make the transition from diesel-powered alternatives to a more eco-focused solution easier.
The conceptual 'Oceanbird' sailing cargo vessel has been designed as a collaboration between Wallenius Marine, the KTH (Royal Institute of Technology) and SSPA. The technology within the ship is being tested now with a launch expected to take place in 2024.
What's Driving This Trend
- Sustainable Shipping
- The Oceanbird sailing cargo vessel demonstrates the trend towards more eco-focused solutions in the shipping industry.
- Wind Energy Capture
- The use of sails on the Oceanbird vessel showcases the trend of harnessing wind energy for propulsion in shipping.
- Reduced CO2 Emissions
- The Oceanbird's ability to curb emissions by up to 90% highlights the trend of minimizing carbon footprints in the shipping industry.
Who This Affects Most
- Shipping
- The Oceanbird concept presents disruptive innovation opportunities for sustainable cargo transportation in the shipping industry.
- Renewable Energy
- The wind energy capture technology can pave the way for disruptive innovation in renewable energy solutions for various industries.
- Logistics
- The reduced CO2 emissions offered by the Oceanbird vessel create disruptive innovation opportunities in the logistics industry for environmentally-friendly transportation methods.
