Physical infrastructure: Ports and airports
Shipping
Current status of implementation and existing gaps
A critical enabler for using low-carbon fuels is the development of bunkering facilities at ports. The requirement can vary by region and vessel. Container ships operate on fixed routes, implying ease of planning of the necessary bunkering, while bulk carriers work on an ad hoc basis and therefore require flexibility and foresight in such planning.
Examples and initiatives
Several ports, such as the Port of Rotterdam, Kingdom of the Netherlands, are actively developing bunkering infrastructure for low-carbon fuels such as methanol.
Aviation
Current status of implementation and existing gaps
SAF supply chains can vary depending on the infrastructure that is available at the production site. Currently, SAF must be blended with conventional aviation fuel to achieve the required characteristics. The blending can happen at the refinery, the fuel terminal or directly at the airport. However, to maximise the use of existing infrastructure, it is optimal that the blended fuel reaches the airport (ACI World and ATI, 2022).
Examples and initiatives
Neste commissioned the ONEOK’s terminal in the United States for blending and storing of SAF.
Enablers
Enablers (39)
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Policy and regulation
- 1 Sector-specific emission reduction targets
- 2 Carbon pricing mechanisms
- 3 Economic support for green commodities and fuels: Subsidies
- 4 Economic support for green commodities and fuels: Taxation
- 5 Economic support for green commodities and fuels: Carbon Contracts of difference
- 6 Demand stimulation policies: Green public procurement
- 7 Demand stimulation policies: Mandates and quotas
- 8 Demand stimulation policies: Emission reduction standards
- 9 Demand stimulation policies: Phase out of ICE Vehicles
- 10 Carbon limits in end products
- 11 Product definitions, standards, certification schemes and emission accounting frameworks
- 12 Fast-tracked permitting
- 13 Research and development support
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Technology infrastructure and system operation
- 14 Technology readiness: Reduced demand and improved energy efficiency
- 15 Technology readiness: Direct use of clean electricity
- 16 Technology readiness: Direct use of renewable heat and biomass
- 17 Technology readiness: Direct use of sustainably sourced biomass and biofuels
- 18 Technology readiness: Indirect use of clean electricity via synthetic fuels
- 19 Technology readiness: Implementation of CO2 capture, utilisation and removal measures
- 20 Physical infrastructure: Power grids modernisation and expansion
- 21 Physical infrastructure: Electric charging facilities for EVs
- 22 Physical infrastructure: Hydrogen networks
- 23 Physical infrastructure: CO2 capture and storage networks
- 24 Physical infrastructure: Ports and airports
- 25 Digital technologies and infrastructure
- 26 Quality infrastructure
- 27 Supply-side flexibility and demand-side management via smart electrification strategies
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Market conditions business and finance
- 28 Early market creation measures: Offtake agreements and long-term contracts
- 29 Early market creation measures: Industry coalitions
- 30 Early market creation measures: Emerging business models
- 31 Corporate climate commitments and transition plans
- 32 Ecolabels of green products
- 33 Sustainability-linked investments, climate bonds and sustainable finance taxonomies
- 34 Financing programmes and de-risking instruments
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Supply chain skills and community engagement