Search
Close this search box

WinGD to Launch First Ethanol-Powered Two-Stroke Marine Engine in 2026

WinGD announces that it will launch the first ethanol-fuelled two-stroke marine engine in 2026, marking a significant step in marine decarbonization.
Ethanol-fuelled two-stroke marine engine concept
Image credit: WinGD

SHARE ARTICLE

Swiss marine power specialist WinGD has announced plans to offer the industry’s first ethanol-fuelled two-stroke engine beginning in 2026, with deliveries to both newbuild and retrofit customers starting in 2027.

Building on its existing X-DF-M (methanol) engine platform, WinGD will adapt the design by revising the fuel injection system and control algorithm to accommodate ethanol’s higher energy density and lower volumetric requirements. The new engine will retain the same low-speed, diesel-cycle architecture and be available across the full range of bore sizes currently supported by WinGD.

WinGD has been exploring ethanol as a marine fuel since 2014, initially through a Swiss Federal Office of Energy–funded study, and later via the EU-funded HERCULES 2 project, which focused on flexible injectors for alcohol fuels. According to the company, ethanol and methanol share similar combustion and emission behavior—making ethanol an attractive lower-carbon alternative, especially in markets where it is produced renewably from biomass and available at competitive cost.

Sebastian Hensel, Vice President of R&D at WinGD, emphasized the continuity between the ethanol and methanol development paths:

“This announcement is further evidence of the strength of our research programme … we’re pleased to be able to offer a further lower-carbon alternative to ship owners and operators.”

WinGD is currently in talks with shipowners, ethanol fuel suppliers, and classification societies about commercial deployment. The company has not yet finalized whether the engine will be optimized exclusively for ethanol or be dual-optimized (i.e. methanol primary, ethanol secondary). Further technical specifications will be disclosed in the Low-Speed Engines booklet to be published in early 2026.

Editorial Note:
This article was prepared with the assistance of AI tools to enhance clarity and efficiency.
All information has been reviewed and verified by the HMT News editor.
Researchers are developing AI-powered robots to scan ships during construction, compare work against digital twins and help shipyards detect build errors earlier.
HD Hyundai is advancing electric propulsion technology for large vessels, targeting commercialisation in 2028 and deployment by 2030.
LR and Orca AI completed a live vessel trial demonstrating AI-powered navigation performance, achieving high detection accuracy in real conditions.

Subscribe to HMT WEEKLY

Receive HMT WEEKLY in your mailbox.

Heavy Marine Transport News, Delivered Daily — Stay informed on shipping, offshore, and global logistics.

SECTION

INFORMATION

CONTACT

For general inquiries and to contact us,
please email: info@hmt-news.com