
The goal of the brand new partnership is to advance security, drive innovation and allow the scalable adoption of sustainable marine fuels to speed up delivery’s transition to zero emissions.
Lloyd’s Register Maritime Decarbonisation Hub (The Decarb Hub) might be becoming a member of the Mærsk Mc-Kinney Møller Middle for Zero Carbon Delivery (MMMCZCS) as a Data Accomplice of the Middle.
This newly formalised long-term partnership extends the continuing collaboration between the 2 organisations, which started in 2021 with a joint work programme addressing security and danger administration for the usage of ammonia as a marine gas. As a Data Accomplice, The Decarb Hub will contribute scientific and strategic experience to the Middle’s efforts to speed up the secure and sustainable decarbonisation of world delivery.
“The Decarb Hub has established itself as an unbiased actor, not-for-profit analysis and motion unit, combining technical perception, techniques considering, and a deep understanding of maritime transition pathways. Their strategy aligns intently with our ambition to speed up a secure and sustainable transition to zero emissions,” mentioned Bo Cerup-Simonsen, CEO of the Mærsk Mc-Kinney Møller Middle for Zero Carbon Delivery.
As information collaborators, The Decarb Hub goals to advance the efficient utility of Human Issue Integration (HFI) to enhance seafarer security. The Hub’s Human Security and Danger professionals will present confirmed experience in danger and security engineering, evaluation, HFI, and coverage insights, working alongside the Middle’s technical groups. Areas of focus embrace secure implementation of sustainable marine fuels, notably ammonia, with an emphasis on the usage of quantitative danger strategies, embedding security administration ideas and design mitigations, in addition to technical steerage on HFI for the event of other gas techniques in vessels.
James Forsdyke, Managing Director of The Decarb Hub, mentioned: “We’re proud to collaborate with the Mærsk Mc-Kinney Møller Middle for Zero Carbon Delivery as a Data Accomplice to assist its work within the design and operation of zero-emission vessels. By integrating our experience and expertise in inexperienced hall improvement, quantitative danger evaluation, and seafarer competency mapping with the Middle’s world-leading capabilities in operational security and gas transition modelling, we look ahead to driving the secure and scalable adoption of sustainable fuels throughout the worldwide fleet to ship significant progress towards a zero-emission maritime future.”
The partnership helps each organisations’ shared mission to remodel the worldwide maritime sector via interdisciplinary collaboration, information sharing, and systems-based approaches.
Information Archives
Information Archives
			Choose Month
				 July 2025
	 June 2025
	 Could 2025
	 April 2025
	 March 2025
	 February 2025
	 January 2025
	 December 2024
	 November 2024
	 October 2024
	 September 2024
	 August 2024
	 July 2024
	 June 2024
	 Could 2024
	 March 2024
	 February 2024
	 January 2024
	 November 2023
	 October 2023
	 July 2023
	 June 2023
	 Could 2023
	 April 2023
	 March 2023
	 February 2023
	 January 2023
	 December 2022
	 November 2022
	 October 2022
	 August 2022
	 July 2022
	 June 2022
	 Could 2022
	 April 2022
	 March 2022
	 February 2022
	 January 2022
	 December 2021
	 November 2021
	 October 2021
	 September 2021
	 July 2021
	 June 2021
	 Could 2021
	 April 2021
	 March 2021
	 February 2021
	 January 2021
	 December 2020
	 November 2020
	 October 2020
	 September 2020
	 August 2020
	 July 2020
	 June 2020
	 Could 2020
	 April 2020
	 March 2020
	 February 2020
	 January 2020
	 December 2019
	 November 2019
	 September 2019
	 July 2019
	 Could 2019
	 January 2019
	 July 2018
	 Could 2018
	 March 2018
	 February 2018
	 January 2018
	 December 2017
	 November 2017
	 October 2017
	 September 2017
	 July 2017
	 June 2017
	 Could 2017
	 April 2017
	 March 2017
	 February 2017
	 January 2017
	 December 2016
	 November 2016
	 October 2016
	 September 2016
	 August 2016
	 July 2016
	 June 2016
	 Could 2016
	 April 2016
	 March 2016
	 February 2016
	 January 2016
	 December 2015
	 November 2015
	 October 2015
	 September 2015
	 August 2015
	 July 2015
	 June 2015
	 Could 2015
	 April 2015
	 December 2014
	 November 2014
	 October 2014
	 September 2014
	 August 2014
	 July 2014 
Source link
 
				 
						


