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FormerXBC Inc XEBEQ

Xebec Adsorption Inc designs, engineers, and manufactures products that are used for purification, separation, dehydration, and filtration equipment for gases and compressed air. The company operates in three reportable segments: Systems, Corporate and other, and Support. Its product lines are natural gas dryers for natural gas refueling stations, compressed gas filtration, biogas purification, associated gas, engineering services, and air dryers. The company's geographical segments are United States, Canada, China, Other, Korea, Italy, and France.


GREY:XEBEQ - Post by User

Post by RandomMakeron Jun 15, 2021 10:12pm
121 Views
Post# 33393639

Mega Yachts to be powered by hydrogen fuel cells

Mega Yachts to be powered by hydrogen fuel cells

Mega Yachts to be powered by hydrogen fuel cells

Freudenberg and Lrssen Werft have entered in a strategic partnership to develop hydrogen fuel cell systems for mega yachts, allowing a vessel to cruise for 1,000 miles or stay anchored for 15 days.

The yacht industry is a significant part of the maritime economy and is key to reaching zero emission targets through decarbonisation initiatives.

Its customers value innovations, new technologies and environmental protection with yachts often situated near residential coasts where factors such as emissions is a delicate issue.

For these vessels, hydrogen fuel cell propulsion provides the most promise when compared to electricity.

Read more: Hydrogen to play a significant role at the upcoming Monaco Energy Boat Challenge

Read more: Fountaine Pajot to integrate hydrogen solutions into 59ft catamaran

 

The two companies are already collaborating on the ‘Pa-X-ell 2’ project in which each of the members are pushing ahead to develop a new hybrid energy system with a new generation of fuel cells for yachts and passengers ships suitable for the high seas.

The fuel cells, specifically designed for maritime application, allows for yachts to anchor for 15 days or cruise for 1,000 miles without any emissions – the same as a trip from New York to Miami.

The maritime fuel cell utilises steam reforming of methane to produce hydrogen directly into the system which reacts with oxygen in the fuel cell to generate the electric energy required for propulsion and to power the vessels electrical system.

The fuel cell will be more efficient than other applications and will enjoy lower fuel consumption and reduced maintenance costs with the ship travelling with almost no sound or vibrations.

A key factor of the system is that the fuel cell can be used flexibly with pure hydrogen, methanol or liquefied gas (LNG).

The reformer technology implemented produces hydrogen chemically and is located inside the hydrogen supply module.

AG Image for 990462251
 

Claus Mhlenkamp, CEO of Freudenberg Sealing Technologies, said, “Our strategic cooperation with Lrssen is another milestone in our fuel cell strategy.

“This is how we are making a significant contribution to sustainability in the maritime sector.

“Our partners in the heavy-duty sector appreciate our strategic focus on fuel cell systems with high durability and efficiency.

“Our technical expertise, combined with high value creation, especially on a cell level, is a convincing asset.

“Following the collaboration with Meyer Werft in the cruise sector, our cooperation with Lrssen is proving that our technology is generally transferable to all maritime sub-segments.”

 

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