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UCL Energy Institute explains IMO MPEC 72

The academic facility provides a simplified break down of the climate agreement between nations.

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The following is an article by the UCL Energy Institute to explain the climate agreement between nations at the International Maritime Organization MPEC 72 meeting:

How ambitious is this agreement?
The IMO deal reached in London represents a significant shift in climate ambition for a sector that accounts for 2-3% of global carbon dioxide emissions. It sets an emission reduction pathway of “at least” 50% on 2008 levels by 2050 with a strong emphasis on increasing the cut towards 100% by 2050 if this can be shown to be possible. This is approaching the ambition of the UN’s 2015 Paris Agreement.

While we can say this deal puts shipping on course for a 2C pathway, it’s important to remember Paris targets “well below” 2C and aims for 1.5C, so this is no time for complacency. Full decarbonisation by mid-century remains the minimum course for 1.5C, an object which if missed, creates existential threats for some countries and environmental and socio-economic threats for all.

Critically the deal signals to the industry – and particularly investors – that a clear switch away from fossil fuels is now on the cards. From the 2030s, it is highly unlikely that new ocean-going vessels will be dependent on fossil fuels. Rather we will be looking at zero carbon renewable fuels to power the world’s fleet. If you are building a ship or planning to build a ship in the 2020s it will likely need to be able to switch to non-fossil fuels later in its life, a factor insurers and shipping financiers will need to consider in their business plans through the next decade.

Is a 1.5C pathway for shipping still on the table?
The Strategy does not alone secure 1.5C or clearly show that efforts have been pursued to achieve this. The Strategy increases the possibility of being able to keep global average temperature increases within this limit. Immediate measures to implement the Strategy will be required to urgently peak and reduce GHG emissions in line with 1.5C. The Strategy will be reviewed in light of the UN’s IPCC 1.5C report in September, which will likely be helpful for strengthening it. Critical to the viability of 1.5, is whether the Strategy is converted into significant GHG reductions before 2023, and this is dependent of the outcome of future IMO meetings and their ability to agree and then rapidly deploy policy measures.

What does the at least 50% figure mean?
It refers to at least 50% GHG cuts by 2050 on 2008 levels, which is the agreed baseline year for shipping GHG. Under the below 2C Paris temperature goal, 50% cuts mean shipping’s share of net CO2 emissions is likely to grow from its current 2-3% to around 10% by mid-century. This could still help achieve the below 2C temperature goal if other sectors and countries are able to reduce emissions faster. Further strengthening of the Strategy using evidence arising over the next 5 years could see the sector’s commitment increase to 100% reduction by 2050.

Which country’s proposed target ‘won’ at MEPC72?
As you’d expect in a multilateral negotiation, the decision reached is a compromise. The outcome is not as ambitious as the 70-100% targeted by Pacific Islands and European countries, but is more ambitious than the 50% by 2060 initially proposed by Japan and other parties. The final decision received almost unanimous support from the IMO’s member states and from industry.

How will the sector deliver the at least 50% goal?
Now that the Initial Strategy is adopted, IMO is expected to start developing GHG reducing legally binding measures, which could include measures to increase ships’ technical and operational energy efficiency, a low and zero-carbon fuels implementation programme, national action plans and market-based measures. These measures would be in addition to the existing IMO measures on energy efficiency.

A new IMO data collection system for fuel oil consumption of ships has come into force on 1 March 2018, which will mean the fuel consumption of all major vessels is reported and totalled. The IMO’s regulations are likely to be supported by voluntary action in the sector and by governments on their domestic shipping, which can help drive technology and infrastructure developments required for the Strategy’s objectives.

When does this deal kick in?
The IMO has agreed to achieve GHG reduction before 2023. This will require rapid development of policy measures, and deployment as soon as possible. The IMO’s 4th greenhouse gas study is due to be completed in 2020 and may be used to define what immediate policy action is required.

Is everyone on-board?
An overwhelming majority of countries at the IMO fully support this deal. Saudi Arabia, USA, Brazil were the only ones to raise specific objections as the talks closed, but the decision was adopted by the IMO’s Marine Environment Protection Committee, which means it is now an official decision.

Will we see carbon pricing in the near future?
The Strategy mentions market-based mechanisms as one of the policy options that will be discussed in the coming years. These have promise for both making a business case for the switch to more expensive fuel/technology, and raise funds for R&D, deployment and infrastructure development, and potentially addressing economic impacts if these arise in certain states. Other policy measures that could achieve similar outcomes will also be explored, so a carbon price is not certain.

What will the ships of 2040 look like?
They will look very different to today’s ships. It’s hard to predict exactly what the next 20 years will bring, but we could see a diverse shipping fleet powered by hydrogen, ammonia, batteries, sustainable biofuels and sail. There are a range of innovative technologies being rolled out by market leaders already and we can expect the curve of technological development to only increase with this decision.

What does it mean for the sector?
The deal moves the debate on action on GHG from just talking about energy efficiency. The shipping industry will now have to confront the very real and imminent prospect of following other transport sectors in decarbonising and investing in new technologies that radically cut emissions. It’s clear there is a massive investment opportunity for the sector to bring itself up to speed with this set of Objectives. This opportunity could be both for technology and fuels, as well as for companies in the maritime industry that can show that they are prepared for and managing this period of change.

Will this hurt world trade?
It’s unlikely we are going to see an immediate shift in transport costs. On average globally, prices are unlikely to increase to as high as they did when the price of oil soared in the 2000s. There is also the potential that the move to new energy sources and higher standards of environmental governance could reduce volatility in shipping and transport costs. However, there needs to be further work to confirm this assessment, especially on specific countries with strong links between maritime transport cost and their economies.

But if shipping can manage its decarbonisation in an equitable and coordinated manner, then trade there is a good opportunity for trade growth to continue and to assist globally with economic development and the fulfilment of Sustainable Development Goals.

Developing countries – is this a deal that will hurt them?
If there are increased costs in transport, these are most likely to be significant in the poorest and most remote SIDS and LDCs, due to their often remote and poorly serviced trade routes, high dependency on imports, already disproportionally high per capita transport costs, and low ability to absorb increased prices without significant social welfare impacts. Discussions for how these economic impacts could be assessed and, if necessary, addressed will be a critical part of discussions through to 2023.

Related: IMO: Nations adopt 50% GHG reduction strategy at MEPC72

Photo credit & source: UCL Energy Institute
Published: 7 May, 2018

 

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Battery

Yinson GreenTech: Bunker tankers at Singapore port ‘well suited’ for electrification

‘Short operational distances typical of Singapore’s bunker tanker market could accelerate economic viability,’ Jan-Viggo Johansen tells Manifold Times.

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Jan Viggo Johansen OSEA 2024 (Photo credit Yinson GreenTech)

The approximate 200 bunker tankers operating at the world’s largest bunkering port are a prime candidate for electrification, believes the Managing Director of marinEV, a business within Yinson GreenTech, the green technologies unit of Malaysia-listed Yinson Holdings Berhad.

Jan-Viggo Johansen was speaking to Manifold Times on the sidelines of Offshore Energy Week (OSEA) 2024 when he noted Singapore bunker tankers primarily operating over short distances within port waters and nearby shipping lanes, making them promising candidates for electric or hybrid-electric propulsion.

“These vessels spend a significant portion of their time at port, transferring marine fuel to docked or anchored ships, and are not required to undertake long-haul journeys,” he explained.

“This operational profile allows them to leverage charging infrastructure during docked periods or quick turnarounds.

“Electrification is particularly viable for vessels designed for short trips between terminals, shipyards, and anchored ships within Singapore’s waters, presenting a strong opportunity to adopt more sustainable propulsion systems.”

Electrification of bunker tankers at the republic presents both opportunities and challenges, added Johansen.

“One key challenge is the higher upfront capital cost compared to conventional fuel-powered vessels, driven primarily by the expense of battery systems and retrofitting existing fleets. However, the short operational distances typical of Singapore’s bunker tanker market could accelerate economic viability. Operators can gain returns on investment through reduced fuel consumption, lower maintenance costs, and potential access to regulatory incentives,” he said.

“On the opportunity front, electrification enhances the environmental profile of companies within the sector. As the global shipping industry increasingly prioritises sustainability, the ability to operate electric-powered vessels provides a competitive advantage. Bunker suppliers and operators can leverage this shift to meet the growing demand for green shipping solutions while aligning with international sustainability goals.”

Johansen, meanwhile, shared Yinson GreenTech's marinEV division has been collaborating with the Maritime and Port Authority of Singapore (MPA) to advance high-power DC charging solutions, including the Megawatt Charging System (MCS), within Singapore's ports.

MCS technology is designed to deliver large amounts of energy in significantly shorter durations, catering to the charging needs of larger vessels such as ferries and harbour tugs which rely on substantial battery capacity and require rapid turnarounds to ensure operational efficiency and flexibility.

“The strong support from MPA, enthusiasm from industry leaders in adopting greener practices in their operations and the substantial commercial and environmental benefits have positively charged the growth of electrified solutions in the marine space over the past few years,” stated Johansen.

“We are proud to be part of an innovative maritime community working towards cleaner port waters through vessel electrification and developing MCS charging infrastructure to support the growth of electric vessels in the industry. “

Manifold Times earlier reported Yinson GreenTech launching Singapore’s first fully electric hydrofoil vessel, the Hydroglyder, at OSEA 2024.

Related: Yinson GreenTech reveals Singapore’s first fully electric hydrofoil vessel
RelatedGoal Zero Consortium launches Singapore’s first electric cargo vessel Hydromover

 

Photo credit: Yinson GreenTech
Published: 26 November 2024

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Alternative Fuels

Yinson GreenTech reveals Singapore’s first fully electric hydrofoil vessel

Developed in collaboration with Lift Ocean and Zeabuz, “Hydroglyder” is engineered for crew transfer and passenger transport and capable of carrying up to 12 passengers at a maximum speed of 25 knots.

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Yinson GreenTech reveals Singapore’s first fully electric hydrofoil vessel

Yinson GreenTech on Tuesday (19 November) unveiled the region’s first fully electric hydrofoil vessel, the Hydroglyder, at Offshore Energy Week (OSEA) 2024, held at Marina Bay Sands. 

Developed in collaboration with Lift Ocean and Zeabuz, the Hydroglyder is engineered for crew transfer and passenger transport. Capable of carrying up to 12 passengers at a maximum cruising speed of 25 knots, the vessel offers a sustainable alternative to fossil-fuel-powered boats, providing a greener, more comfortable, and quieter ride.

The Hydroglyder’s hydrofoil system lifts the hull above the water, significantly reducing drag and energy consumption. The design results in up to 80% lower energy consumption and 90% lower operational costs than conventional vessels. 

“As Singapore’s first fully electric hydrofoil vessel, the Hydroglyder supports the Maritime and Port Authority of Singapore’s plans for all new harbour craft operating in the Port of Singapore to be fully electric, be capable of using B100 biofuel, or be compatible with net zero fuels from 2030,” the company said in a statement. 

Complementing the Hydroglyder launch, Yinson GreenTech’s marinEV introduced its Marine Digital Platform, reinforcing the critical link between electrification and digitalisation in sustainable maritime operations. 

The platform enables easy booking, tracking, and reporting, enhancing user convenience with upcoming features such as route planning and optimisation to provide a comprehensive approach to reducing emissions in short-sea shipping.

“At Yinson GreenTech, we believe the future of maritime transport lies at the convergence of electrification and digitalisation,” said Eirik Barclay, Chief Executive Officer of Yinson GreenTech. 

“The Hydroglyder, in tandem with our Marine Digital Platform, delivers a comprehensive solution that not only reduces emissions but also redefines how businesses manage their operations, paving the way for a truly decarbonised future.”

“The Hydroglyder embodies our vision for a sustainable future in maritime transport,” said Jan-Viggo Johansen, Managing Director of marinEV. 

“Its energy-efficient design and zero-emission technology offer a practical, environmentally friendly solution to support businesses committed to greener marine operations – and, of course, provide a more comfortable voyage for our seafarers.”

As part of Yinson GreenTech’s portfolio of electric and autonomous vessels across land and sea, marinEV’s innovative Hydroglyder and Hydromover, Singapore’s first fully electric light cargo vessel, offer the region future-ready green transport solutions for passenger and cargo transportation across ASEAN waters and beyond.

Yinson GreenTech has also secured funding from OCBC to advance the development and deployment of this technology. 

Related: Goal Zero Consortium launches Singapore’s first electric cargo vessel Hydromover

 

Photo credit: Yinson GreenTech
Published: 21 November, 2024 

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Shipping Corridor

UK-Ireland green shipping corridor initiative receives grant funding

Green Corridor initiative, a collaboration between the ports of Dublin and Holyhead with Irish Ferries and Stena Line, has received EUR 143,621 in grant funding from International Green Corridor Fund.

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UK-Ireland green shipping corridor initiative receives grant funding

Dublin Port on Thursday (17 October) announced the Green Corridor initiative, a collaboration between the ports of Dublin and Holyhead with leading ferry operators, Irish Ferries and Stena Line, has received EUR 143,621 (USD 155,954) in grant funding from the International Green Corridor Fund towards the total project investment.

A Green Corridor initiative, aiming to establish a zero-emission shipping route between Dublin and Holyhead, has moved one step closer following a funding boost from the International Green Corridor Fund.

‘Greening the Irish Sea – The Central Corridor’ is led by ferry operators, Irish Ferries and Stena Line, and supported by Ricardo environmental consultancy in partnership with key stakeholders and is designed to explore the feasibility of a green shipping corridor between Dublin Port and the Port of Holyhead. 

The Holyhead-Dublin trade route is the busiest roll-on/roll-off routes between the UK and Ireland. In 2022, nearly 1.5 million people travelled this route, with over 6,000 sailings accounting for more than 74% of all ferry passenger movements between the two countries. 

The ports of Dublin and Holyhead serve as key economic gateways, handling a significant volume of trade, with Dublin Port handling 83% of RoRo freight and 72% of ferry volumes into Ireland. This study aims to advance the decarbonisation of this critical trade artery.

The stakeholder group, which also includes Dublin Port Company and Holyhead Port Authority, the EDF R&D team and academic partners Maynooth University, will use the funding to assess the suitability of the Holyhead-Dublin route as a green shipping corridor.

Detailed assessments of existing landside and vessel infrastructure will be conducted, accompanied by economic and environmental impact analysis.The initial focus will be on vessels operated by Irish Ferries and Stena Line and the potential for e-methanol as an alternative fuel, although the feasibility of other alternative fuels will also be considered.

Outputs will include assessments of the potential low-carbon energy pathways; a detailed exploration of the regulatory and policy measures that could support the green shipping corridor; and a business case containing project timescales, cost-benefit projections, and delivery plan.

The six-month study commences now in October 2024 and if established, the Green Shipping Corridor (GSC) between Holyhead and Dublin will be the first green route to operate between the UK and Ireland.

 

Photo credit: Stena Line
Published: 21 October 2024

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