Technology to measure water in fuel will contribute to minimising costs associated with using methanol, reducing the barriers to shipping's energy transition.
Solution will help to improve safety and operational efficiency, reduce unplanned downtime, and minimize risks for cargo damage and loss at sea, which can lead to marine pollution
Groundbreaking project integrates real-world operational data into early-stage ship design to deliver ship designs more accurately optimised for their working conditions from the start.
Unveiled in prototype form last week at CES, the autonomous robot is designed for applications including ecological research, environmental monitoring, and disaster response.
Automatic system monitors input from wind propulsion to ensure fuel savings are maximized by making most efficient use of propeller speed and blade angle
