A Google Maps For The Sea Sails And Alternative Fuels The “with better ocean forecasts, ships can use the power of currents as they travel, reducing fuel use and cutting emissions,” says a prof. keating. his innovation will deliver ocean forecasts to the shipping industry under unsw sydney spinout company, countercurrent. A unsw academic’s innovative research uses ocean currents to optimise shipping routes and reduce the environmental impact of sea transport. each day more than 50,000 cargo ships ply the world’s oceans, carrying about 90% of all the goods that are traded worldwide.
A Google Maps For The Sea Sails And Alternative Fuels The “the technology is like a google maps for the ocean,” says associate professor shane keating. “it provides optimal routes that allow ships to harness natural ocean currents, reducing fuel use and emissions.”. Built on 15 years of research in ocean forecasting and satellite remote sensing, countercurrent uses artificial intelligence and advanced ocean models to provide real time, fuel efficient shipping routes. “the technology is like a google maps for the ocean,” says associate professor shane keating. Pulling together publicly available data on wind, waves and ocean currents, it can suggest new routes to ship captains to optimise their journey from a to b and reduce carbon emissions. Collaborating with sydney based deep tech incubator cicada innovations, researchers are now providing shipping companies with real time data to harness these natural propulsion systems, offering a strategic advantage in the transition toward sustainable logistics.
Transforming The Shipping Industry To Reduce Ghg Emissions Pulling together publicly available data on wind, waves and ocean currents, it can suggest new routes to ship captains to optimise their journey from a to b and reduce carbon emissions. Collaborating with sydney based deep tech incubator cicada innovations, researchers are now providing shipping companies with real time data to harness these natural propulsion systems, offering a strategic advantage in the transition toward sustainable logistics. A unsw academic’s innovative research uses ocean currents to optimise shipping routes and reduce the environmental impact of sea transport. “the algorithm is like a google maps for the sea, giving the most efficient route in real time based on the behaviour of ocean eddies,” keating claimed. keating is an expert in a type of ocean current called eddies, swirling circular currents that are the oceanic equivalent of atmospheric storms. A university of new south wales academic’s research using ocean currents to optimise shipping routes is making waves in australia. Keating has tested the ocean mapping algorithm on over 100 ships and is ready to commercialize it. "my hope is that, within the next five years, this research will change the way that ships cross the ocean so that shipping companies can meet their emissions targets," said keating.
Comments are closed.