Stena Bulk is Presenting a Prototype of the Next-generation Product and Chemical Tanker - the IMOFlexMAX

IMOFlexMAX will lead the way towards a sustainable future as one of the most energy-efficient product and chemical tankers on the market. It has been designed by world-class naval architects at sister company Stena Teknik and is based on 40 years of tanker shipping experience. From hull design to vessel propulsion, these ships will incorporate the latest technology, setting a new standard for the global tanker industry. The vessels will be equipped with Flettner rotors and solar panels to harvest energy from wind and sunlight. They will be powered by efficient dual-fuel engines that can run on LNG as well as conventional low-sulfur fuels using today's newest technology, but also open the way for further development of alternatives with consideration to trade lanes and customers' expectations. The basic concept of the IMOFlexMax will allow us to dramatically reduce local SOX, NOX and particle emissions, as well as greenhouse gas emissions. With the combined fuel and energy efficiencies,…
Comunicato Precedente

next
Comunicato Successivo

next

IMOFlexMAX will lead the way towards a sustainable future as one of the most energy-efficient product and chemical tankers on the market. It has been designed by world-class naval architects at sister company Stena Teknik and is based on 40 years of tanker shipping experience. From hull design to vessel propulsion, these ships will incorporate the latest technology, setting a new standard for the global tanker industry. The vessels will be equipped with Flettner rotors and solar panels to harvest energy from wind and sunlight. They will be powered by efficient dual-fuel engines that can run on LNG as well as conventional low-sulfur fuels using today's newest technology, but also open the way for further development of alternatives with consideration to trade lanes and customers' expectations. The basic concept of the IMOFlexMax will allow us to dramatically reduce local SOX, NOX and particle emissions, as well as greenhouse gas emissions. With the combined fuel and energy efficiencies, we will be able to reduce greenhouse gases by at least 25 % with a potential to reach up to 45 % compared to modern product tankers run by low-sulfur fuel oil.

With IMOFlexMAX vessels, which can be built today with existing and proven technology and other solutions, Stena Bulk is taking a major step forward in bringing shipping in compliance with the Paris Agreement and the UN's Sustainability and Development Goals.

"The plan is for the IMOFlexMAX vessels to be deployed in Stena Bulk's logistics system in the global market along with the IMOIIMAX. The IMOFlexMAX vessels will constitute an important asset for Stena Bulk, as well as for its partners, in strengthening our position as the market-leading, cross-trading specialists in the MR segment with increased efficiency and reduction of greenhouse gases.

The prototype is one step further in Stena Bulk's vision of being our customers' first choice for safety, innovation and performance in the transportation of oil, chemicals and gas," says Erik Hånell.

With offices in seven countries, Stena Bulk is one of the world's leading tanker shipping companies. The company controls a combined fleet of around 115 tankers. Stena Bulk is part of the Stena Sphere, which has more than 20,000 employees and annual sales of 8 billion USD. www.stenabulk.com

For more information, please contact
Erik Hånell
President & CEO                                                                                                 
Mobile +46-704-855-002
[email protected]

This information was brought to you by Cision http://news.cision.com

https://news.cision.com/stena-bulk/r/stena-bulk-is-presenting-a-prototype-of-the-next-generation-product-and-chemical-tanker---the-imofle,c3131658

The following files are available for download:

Ufficio Stampa

 PR Newswire (Leggi tutti i comunicati)
209 - 215 Blackfriars Road
LONDON United Kingdom

Allegati
Slide ShowSlide Show
Non disponibili
;