MarRI-UK - Webinar: Wind Propulsion Technology And The Maritime Market

 
MarRI-UK webinar
 

Wind propulsion is quickly becoming one of the most disruptive energy transformation technologies in maritime. As the sector doubles down on net-zero commitments, wind is breaking the mold by shifting the focus away from fuel-dependent strategies altogether. Retrofittable or integrated into newbuilds, this fuel-agnostic tech taps a free, renewable energy source to cut consumption, hedge against volatile fuel markets, and strengthen long-term operational resilience—especially as alternative fuels grow more expensive.

Rapid innovation in wind-assist systems, combined with rising interest from shipowners, charterers, ports, and regulators, is accelerating demand for a clear understanding of both the technology and the market forces driving adoption. Smart Green Shipping’s pioneering approach and real-world demonstrations show how modern vessels can harness wind at scale — and unlock new commercial models in the process.

To advance this knowledge, MarRI-UK hosted a webinar in collaboration with Smart Green Shipping for a dynamic webinar delivering a high-level, accessible overview of wind propulsion technology in today’s commercial landscape. The session unpacks the current state of the technology, spotlight emerging market trends, and explore how wind-assist solutions are shaping the next generation of sustainable shipping.

We are fortunate to have three very knowledgeable speakers who joined the webinar:

  • Di Gilpin, Founder & CEO, Smart Green Shipping

  • Frank Hendrikse, Manager (Tanker Department), Hagland Shipbrokers

  • Camille Bourgeon, Regulatory development & Policy Coordination (Climate action and clean air), Marine Environment Division, IMO. 

The webinar was chaired by Professor John Hudson , Strategic Advisor to MarRI-UK.

Previous
Previous

Seatrade Maritime News - Trusted data key to wind propulsion wider adoption

Next
Next

BusinessGreen - How Smart Green Shipping is charting a course for fleet decarbonisation