IMO Decarbonisation Targets: What the Shipping Industry Must Do by 2030

The main International Maritime Organization (IMO) strategy aims to reduce emissions from shipping, keeping in mind that the maritime shipping industry controls over 75% of international shipping.

The IMO adopted an initial strategy for maritime emissions decline, including greenhouse gas (GHG) emissions, with a clear IMO decarbonisation shipping framework to guide global ships and vessels, meet the initial decarbonisation targets, and boost shipping while protecting the global environment.

Continue reading our comprehensive article to learn all about IMO decarbonisation shipping, why it is important, initial IMO climate goals, related IMO regulations, challenges, and key trainings to apply this international framework.

What Is IMO Decarbonisation Shipping?

IMO decarbonisation in shipping refers to a global strategy led by the International Maritime Organization (IMO). The main goal of this strategy is reducing GHG emissions from shipping through cleaner fuels, energy efficiency projects, improved vessel operations, and regulatory measures across shipping, supporting the transition toward cleaner maritime transport for the future of shipping.

Why Is Shipping Decarbonisation Important?

Shipping decarbonisation strategy is important because international ships and vessels produce significant GHG emissions. Reducing these GHG shipping releases supports initial global climate goals, improves energy efficiency, encourages cleaner technologies, and helps the maritime shipping industry prepare for more strict environmental requirements and measures worldwide, while supporting better future practices for shipping globally.

What Are the IMO Decarbonisation Targets for 2030?

There are clear initial decarbonisation shipping goals shared by the International Maritime Organization (IMO). These cover GHG emissions, carbon, and other measurements.

• Improving the Carbon Intensity of International Shipping:

The IMO strategy aims for a 40% decrease in carbon intensity from shipping by 2030, compared with 2008, through an improved and mandatory framework.

• Increasing the Use of Zero- and Near-Zero-Emission Energy:

Zero and near-zero fuels and energy sources should represent at least 5% of shipping energy by 2030, with ambitions to reach even 10%.

• Building the Foundation for Long-Term Net-Zero Shipping:

The 2030 emissions checkpoint supports the IMO’s framework ambition to reach net-zero GHG emissions from shipping by or around 2050.

• The Timeline for IMO Decarbonisation Goals:

What Must the Shipping Industry Do by 2030?

These are the main outcomes or results that will empower the shipping industry based on the IMO decarbonisation shipping strategy:

• Improve Vessel Energy Efficiency:

Shipping companies should improve vessel efficiency through designs, energy-saving technologies, and machinery upgrades to reduce greenhouse gas (GHG) emissions.

• Reduce Fuel Consumption Through Better Processes:

Better voyage planning, speed optimisation, routing, maintenance, and digital monitoring development can reduce fuel consumption and GHG emissions while improving efficiency.

• Prepare for Alternative Marine Fuels:

Companies need to prepare for alternative fuels and the need for shore power, while aiming for efficient green energy sources.

• Monitor and Manage Ship Emissions:

Accurate GHG emissions monitoring, fuel-use tracking, and a regulatory reporting strategy help companies identify critical factors for GHG emissions reductions.

Key IMO Regulations Supporting Shipping Decarbonisation:

These IMO regulations are part of the shipping decarbonisation strategy supporting measures to ensure effective and sustainable outcomes:

• Energy Efficiency Existing Ship Index (EEXI).
• Carbon Intensity Indicator (CII).
• Ship Energy Efficiency Management Plan (SEEMP).
• Future IMO GHG reduction measures.

What Challenges Could the Shipping Industry Face?

The maritime shipping industry could face real challenges to meet IMO decarbonisation shipping goals, including:

• High financial costs of fleet upgrades, including investment in engines, equipment, and vessel modifications.
• Limited availability of alternative fuels, like low-carbon fuels, across many global shipping routes.
• Lack of regional and international refuelling infrastructure, whether at ports, bunkering facilities, or distribution networks for cleaner fuels.
• IMO regulatory changes lead to increased compliance responsibilities and require constant monitoring and commitment.
• New technology sets and fuels require professionals to develop updated technical skills.

Why Will Maritime Training Be Important for Decarbonisation?

Maritime learning is essential because the decarbonisation framework introduces new technologies, fuels, and operational practices, including the IMO Online Course OPRC Oil Spill Response - Level 2. All decarbonisation strategy efforts require professionals to develop knowledge and skills to lead safer processes, ensure regulatory compliance, and successfully adopt cleaner technologies across the maritime industry.

Conclusion: Preparing the Shipping Industry for 2030

Meeting the IMO's 2030 decarbonisation goals will require more than new technologies and cleaner fuels. It will also require maritime professionals with the knowledge and skills to manage the urgent IMO's transition.

Consider a professional maritime academy with accredited certifications, expert tutors, and advanced programmes to set you up for the marine future and boost your career.