Bar Technologies

BAR Technologies advocates wind energy as key decarbonization solution

BAR Technologies is calling for a broader discussion on the future of shipping fuels, highlighting wind energy as a prominent solution.

This was based on a recent study by UMAS and the UCL Energy Institute’s Shipping and Oceans Research Group, which underscores the difficulties developing nations face in obtaining affordable financing for e-fuel production.

The report highlights the economic disparities that could make e-fuels substantially more expensive for developing countries, despite their...

https://container-news.com/bar-technologies-advocates-wind-energy-as-key-decarbonization-solution/

New agreement paves way for WindWings to expand in Japanese market

As adoption of wind-assisted propulsion systems (WAPS) ramps up, BAR Technologies’ WindWings could be set to get a significant slice of the Japanese market. It has signed a Memorandum of Understanding (MoU) with Mitsubishi Corporation, and Nihon Shipyard that sets a framework for further collaborations between the three following the successful installation of WindWings on Mitsubishi Corporation’s vessel Pyxis Ocean.

VIDEO: Cargill-chartered Pyxis Ocean is first ship to sail with WindWings

In...

https://www.marinelog.com/legal/environment/new-agreement-paves-way-for-windwings-to-expand-in-japanese-market/

BAR Technologies signs MoU with Mitsubishi Corporation and Nihon Shipyard

BAR Technologies has announced the signing of a Memorandum of Understanding (MoU) with Mitsubishi Corporation and Nihon Shipyard.

This agreement lays the foundation for future collaboration among the three companies, building on the successful installation of BAR Technologies’ groundbreaking patented wind propulsion system, WindWings®, on Mitsubishi Corporation’s vessel, Pyxis Ocean.

Recognizing the significant potential for low-emission vessels in the Japanese shipping market, the partnership...

https://container-news.com/bar-technologies-signs-mou-with-mitsubishi-corporation-and-nihon-shipyard/

DNV evaluation shows BAR Technologies WindWings can achieve up to 32% energy savings

Back in August last year, the Cargill-chartered 80,962 dwt bulker Pxyis Ocean, which is managed by MC Shipping’s Singapore branch, became the first ship to sail with BAR Technologies’ WindWings, after being retrofitted with two of the hard sails at a COSCO shipyard.

VIDEO: Cargill-chartered Pyxis Ocean is first ship to sail with WindWings

In March this year, Cargill reported that the vessel had achieved performance consistent with what was predicted, which is equivalent to an average of 3...

https://www.marinelog.com/legal/environment/dnv-evaluation-shows-bar-technologies-windwings-can-achieve-up-to-32-energy-savings/

New wind-optimized Aquilo design promises dramatic fuel savings

Aquilo wind-optimized design

Turku, Finland, headquartered Deltamarin and WindWings developer BAR Technologies have unveiled a wind-optimized Aframax/LRIII hull design, the Aquilo, that promises to take the fuel savings delivered by wind assistance to a whole new level.

BAR Technologies WindWings were in the news last year with two impressive retrofits. Back in August, Pyxis Ocean, a 2017-built 80,962 dwt bulker chartered by Cargill, became the first ship to sail with WindWings after being retrofitted with two of the hard...

https://www.marinelog.com/technology/new-wind-optimized-aquilo-design-promises-dramatic-fuel-savings/

228 John Cooper, CEO of BAR Technologies

Spearheading wind-assisted propulsion

WindWings project is a commitment to leading the way towards a zero-carbon future while enhancing vessel efficiency. BAR Technologies believes there is more to be done to harness wind power and push shipping into a greener and more efficient era for the shipping industry.

We cannot wait for future newbuildings to help us meet new regulations and CO2 reductions. There is also a need to refit the existing fleet. The WindWings installation is part of Berge...

https://shippingpodcast.com/228-john-cooper-ceo-of-bar-technologies/

+ More