28/10/2024

Shipping’s fuel transition: Progress and challenges ahead

The shift toward alternative fuels in the maritime industry is advancing, though the pace reveals both achievements and ongoing challenges. More large vessels are being designed with dual-fuel capabilities, allowing them to operate on both traditional and alternative fuels like LNG and methanol. However, the transition is far from comprehensive, requiring sustained efforts to fully decarbonize.

Realistic progress in fuel capabilities

According to DNV’s Maritime Forecast to 2050 report (2024), only 7.4% of the current global fleet’s gross tonnage is capable of using alternative fuels as of June 2024. Meanwhile, nearly half (49.5%) of the new tonnage on order is designed with dual-fuel options, signaling the industry’s long-term intent to diversify. LNG remains a dominant choice in segments like container and car carriers, while newer orders for methanol- and LPG-fueled ships are starting to gain traction.

Yet, despite these advances, 92.6% of the existing fleet still depends on conventional fuel oils, highlighting both the slow uptake of alternative fuels and the significant hurdles to full-scale adoption. The use of emerging fuels like ammonia and hydrogen is in its infancy, with technical, safety, and infrastructure challenges that will require years of development to overcome.

Graphic illustration of the shipping's fuel transition

Incremental changes and future outlook

While dual-fuel and alternative fuel-ready ships represent a forward-thinking approach, the shift remains cautious. By 2030, we may see more methanol-compatible vessels, especially among large container ships, but full industry-wide adoption of carbon-neutral fuels will require substantial infrastructure investment and supportive policies.

In summary, while progress is evident, the journey to net-zero emissions is gradual and complex. The maritime industry is laying essential groundwork, but reaching full decarbonization by 2050 will depend on continued innovation and global regulatory support.

Navigating a sustainable course in light of climate realities

In light of the latest UN climate report, which emphasizes the urgency of global action, the shipping industry’s progress in decarbonization takes on new significance. While the path is complex, the industry’s investments in alternative fuels, energy efficiency, and dual-fuel technology are important steps toward a sustainable future.

As the maritime sector continues this journey, embracing both innovation and collaboration will be essential. Shipping is uniquely positioned to contribute meaningfully to global emissions reductions, and by meeting its ambitious targets, the industry can help secure a cleaner, more resilient future for everyone.

"Sustainability at sea means balancing ambition with practical steps. We’re building a resilient future by combining alternative fuels, innovation, and collaboration across the industry"
G3631 Ambient Oxygen Analyzer by Green Instruments measures the content of oxygen
Product

G3631 Ambient Oxygen Analyzer

The G3631 Ambient Oxygen Analyzer measures the content of oxygen in the atmosphere in e.g. engine rooms or other places there is a need for monitoring the oxygen level. By measuring the content of oxygen, the analyzer helps minimize several risk factors.

Read more
Commercial vessel in green ocean
Product

Black Carbon Monitoring System

The G8100 is purpose-built for the demanding conditions of maritime operations. The system ensures reliable performance at sea while supporting compliance, efficiency, and environmental stewardship.

Read more
G3621 Stack Gas Oxygen Analyzing System by Green Instruments
Product

G3621 Stack Gas Oxygen Analyzing System

The G3621 Stack Gas Oxygen Analyzing System is developed for accurate oxygen measurements in several marine applications. It is installed directly in the stack and operates under actual exhaust gas conditions, which provides reliable and real-time data.

Read more
G3621 Inert Gas Oxygen Analyzing System by Green Instruments
Product

G360x Inert Gas Oxygen Analyzing System

The G360x Inert Gas Monitoring System is designed for accurate gas monitoring and control. With its simple and robust design, it measures the content of oxygen in inert gas, thus preventing combustible atmospheres.

Read more
G26 Ambient Oil Mist Detector is a safety monitoring system by Green Instruments
Product

G26 Ambient Oil Mist Detector (Ex)

The G26 Ambient Oil Mist Detector is available as an ATEX/IECEx certified version. G26 Ex is designed to respond to any minor or major oil mist formation, which helps prevent subsequent hazards such as fires and explosions.

Read more
G26 Ambient Oil Mist Detector is a safety monitoring system by Green Instruments
Product

G26 Ambient Oil Mist Detector

The G26 Ambient Oil Mist Detector is a reliable opacity meter designed to detect all types of oil mist in both open and narrow spaces. With its high accuracy and green laser technology, the oil mist detector helps avoid fires and thereby protects lives, the environment, and assets.

Read more
G6200 Water Monitoring System_WMS by Green Instruments
Product

G6200 Water Monitoring System

The G6200 Water Monitoring System is designed for continuous in-situ water monitoring and provides reliable and highly accurate measurements for exhaust gas cleaning. It has a robust design, is simple to install, and covers a broad temperature range, pressure, and flow.

Read more
GreenView Emissions Insight is a live emissions measurement system by Green Instruments
Product

GreenView Emissions Insight

GreenView combines relevant onboard input with live emissions measurement, utilizing the carbon-balance method to provide direct access to real emissions insight – unlocking both economic benefits and a stronger commitment to climate protection.

Read more
G4130 NOx/O2 Analyzing System by Green Instruments
Product

G4130 NOx/O2 Analyzing System

The G16 Smoke Density Monitor is an advanced smoke and dust monitoring system designed to provide precise combustion data for legal and financial requirements. The compact design and use of green laser technology makes it trustworthy and useful in stacks on board vessels.

Read more
Product

G7200 Multi Gas Monitoring System

The G4130 NOx/O2 Analyzing System provides real-time measurements of NOx and O2 concentrations in exhaust gases. It is simple to install, ensures environmental compliance, and provides precise data for economical reporting requirements.

Read more
G16 Smoke Density Monitor emission monitoring device by Green Instruments
Product

G16 Smoke Density Monitor

The G16 Smoke Density Monitor is an advanced smoke and dust monitoring system designed to provide precise combustion data for legal and financial requirements. The compact design and use of green laser technology makes it trustworthy and useful in stacks on board vessels.

Read more