Wind Energy To Push Dirty Bunker Fuel Overboard, Trump Or No Trump
The Airwing rigid sail from GT Wings harvests wind energy to reduce the use of maritime bunker fuel in cargo ships.
The Airwing rigid sail from GT Wings harvests wind energy to reduce the use of maritime bunker fuel in cargo ships.
Offshore wind foes may be hoping for a construction vessel shortage to throttle down the pace of development, but Maersk has a solution.
Why wait for alternative fuels? Norsepower is scaling up its plans for bringing wind power back to the cargo shipping industry.
Shipping industry taps new “hard sail” aerodynamic wind energy harvesting devices to cut its carbon footprint (or, just shop less).
Wind power is attracting more heavy hitters in the global shipping industry, including Sea-Cargo and Sumitomo.
Wind power can help solve the shipping industry’s carbon woes, as demonstrated by the new Seawing sail from the French firm Airseas.
The global shipping industry is continuing to release more and more greenhouse gas emissions by the year, according to a new study released by the International Council on Clean Transportation (ICCT).
Originally published on Gas2. Norway depends on ships for much of its national and international commerce. It also has an extensive network of ferries that cross its many fjords, inlets, rivers and harbors. While we here at Gas 2.0 focus mostly on carbon emissions from land based vehicles, the truth … [continued]
Originally published on RMI Outlet. By Helen Marks and Bianca Wachtel Last week, as the world’s leading maritime players gathered in Oslo for the 50th Nor-Shipping conference, Norsepower Oy Ltd. shared the successful trial of its Rotor Sail Solution, a wind propulsion technology for maritime ships. Verified by ship design … [continued]
The modern world is long past the days of depending on sails and wind power to drive ships from coast to coast — or at least it was, until the University of Tokyo developed a remarkable metal sail system. Although hybrid freighters have been around for a while, and … [continued]