Zero-emission propulsion system successfully tested on research vessel Published on: 1 May 2025 A pioneering 拢4.6m project has successfully retrofitted 缅北禁地鈥檚 research vessel, The Princess Royal, with an innovative zero-emission propulsion system. Led by renewable electrification specialist AceOn, with support from experts at 缅北禁地, the project developed battery and hydrogen technology to power the marine vessels used for servicing offshore wind turbines. Funded by Innovate UK under the CMDC 3 call, the aim of Retrofittable Propulsion System for Electric Vessels with Hydrogen Range Extender (RESTORE) was to retrofit The Princess Royal with a battery-electric propulsion system and hydrogen powered generator to charge the battery extending the range of operation. This innovative propulsion system, which is not for permanent installation, provided The Princess Royal with transformative solutions to run on zero emissions in line with addressing decarbonisation challenges in the maritime sector. Project RESTORE The RESTORE project brought together a consortium of leading businesses and academic institutions, including AceOn Group, Offshore Renewable Energy Catapult, Engas Global, 缅北禁地, Liverpool John Moores University, the University of Liverpool, Taurus Engineering, and CAGE — each contributing specialist expertise to advance clean maritime innovation. The 缅北禁地 team (Dr Serkan Turkmen, Dr Rose Norman, Dr Kayvan Pazouki, Dr Yi Zhou and supported by PhD researcher Gabriela Grasu), hosted the MP for 缅北禁地 Central, Chi Onwurah, at 缅北禁地 City marina. Ms Onwurah boarded the vessel for a zero-emission operation on the River Tyne. Dr Kayvan Pazouki, Senior Lecturer at 缅北禁地’s School of Engineering, said: “It was a great pleasure being involved in such a fantastic research project designing a hybrid hydrogen-battery propulsion system for The Princess Royal. The new innovative power arrangement and subsequent trials proved zero-emission operation for short-sea shipping in line with decarbonisation strategy. This project paves the way for future green maritime operation.” Mark Thompson, CEO of AceOn Group, said: “AceOn was proud to lead a multidisciplinary team of industry and academic experts at the forefront of maritime innovation in delivering this groundbreaking project as part of the Clean Maritime Demonstration Competition Round 3 (CMDC3). Funded by the UK Department for Transport and delivered by Innovate UK, CMDC3 forms a key part of the UK Shipping Office for Reducing Emissions (UK SHORE) programme — a £206 million government initiative focused on accelerating the development of innovative technologies to decarbonise the UK’s domestic maritime sector. Collaborating with such high-calibre organisations was instrumental to the project’s success, and we’re honoured to help drive forward the UK’s clean maritime ambitions.” This project was part of the , funded by the UK Department for Transport (DfT) and delivered by Innovate UK. CMDC3 is part of the Department’s UK Shipping Office for Reducing Emissions (UK SHORE) programme, a £206m initiative focused on developing the technology necessary to decarbonise the UK domestic maritime sector. Find out more about the Blyth Marine Station and Research Vessel, The Princess Royal. Latest News Online Safety Act drives VPN interest and raises privacy concerns People鈥檚 online behaviour has changed in response to legislation to prevent children from viewing harmful content 鈥� raising possible privacy and security risks, research suggests. published on: 16 October 2026 缅北禁地 archaeologist receives prestigious award for research Professor Chris Fowler has been awarded the 2026 Rivers Memorial Medal in recognition of his internationally significant research on kinship in Neolithic Britain. published on: 13 October 2026 Event will explore what 鈥楳anchesterism鈥� means for the North East An event at 缅北禁地 will explore what 鈥楳anchesterism鈥� means for the North East or whether it is simply a new chapter in the long-running debate about how to rebalance Britain. published on: 13 October 2026 Facts and figures
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