Demand for E-fuels will increase significantly as carbon footprints are reduced and the environment is preserved.
WILMINGTON, Del., Oct. 23, 2023 /PRNewswire/ -- The market for e-fuels was valued at US$ 33.6 million in 2022. A 64.5% CAGR is expected from 2023 to 2031, and by 2031, the market is expected to gain US$ 28.3 billion. The e-fuel market offers an alternative to carbon emissions and their environmental impact. To reduce the carbon footprint of the transportation sector and other energy-intensive industries, e-fuels play an increasingly crucial role as the world shifts towards a more sustainable future.
E-fuels are being driven by a number of factors that are diverse and numerous. As carbon emissions are being curtailed around the world, governments are setting regulations that are becoming increasingly stringent.
As part of their renewable energy and climate change mitigation strategies, governments provide incentives, subsidies, and grants to encourage the use of e-fuel development. The ability to access these incentives could offer businesses in this sector significant opportunity.
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E-fuels Market Report Scope:
Report Coverage
| Details
|
Forecast Period
| 2023-2031
|
Base Year
| 2020-2021
|
Size in 2022
| US$ 33.6 Mn
|
Forecast (Value) in 2031
| US$ 28.3 Bn
|
Growth Rate (CAGR)
| 64.5 %
|
No. of Pages
| 430 Pages
|
Segments covered
| Fuel Type, Conversion Process, Source, End-use
|
Key Findings of the Market Report
- The use of e-fuels could lead to a decarbonization of transportation and industrial sectors. The electricity used in their production can be generated from renewable resources, and this can make them carbon neutral.
- E-fuels have demonstrated promise, but the production of these fuels is still far from capable of competing with conventional fossil fuels. Technology is still being researched to allow e-fuels to be efficiently produced.
- Several governments and regions are exploring ways to encourage the production and use of e-fuels, offering incentives, subsidies, or regulatory support.
- E-fuels became increasingly popular in industries where direct electric power or batteries were less practical, such as long-distance transportation, heavy industry, and aviation.
- Researchers and companies have improved E-fuel production process efficiency.
- The development of new catalysis and carbon capture technologies, as well as the use of renewable energy sources, may decrease the costs of e-fuels and increase their sustainability.
- Wind and solar power are the main sources of renewable energy that have contributed to the success of e-fuels. To remain green and sustainable, e-fuel production ought to rely more on renewable energy sources.
Market Trends For E-fuels
- Airline industry efforts to reduce carbon emissions are one of the primary drivers of e-fuels. Airlines and aviation companies are exploring decarbonizing air travel through e-fuels.
- Several governments are promoting the production and use of e-fuels through regulations and incentives. The objectives of these policies are aimed at increasing the economic viability and competitiveness of e-fuels with traditional fossil fuels.
- Several companies and institutions to improve the cost-effectiveness and efficiency of e-fuel production processes are carrying out research and development.
- As technology providers, automotive manufacturers, and energy companies collaborated more often, this trend continued to rise. E-fuel development and commercialization are being accelerated through these partnerships.
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Global Market for E-fuels: Regional Outlook
- E-fuels are becoming increasingly popular in Asia Pacific. Several Asian countries are looking to reduce their reliance on energy imports, especially those that do not possess substantial fossil fuel reserves. A reduction in reliance on imported fossil fuels can be accomplished by producing e-fuel on a domestic scale using renewable energy sources.
- Global carbon emissions are largely attributed to the Asia Pacific region, and several countries in the region have set ambitious emission reduction targets. A low-carbon alternative to fossil fuels can be provided by e-fuels to help accomplish these goals.
- Aviation and shipping are two modes of transportation for which e-fuels can be used. However, due to energy density limitations and infrastructure limitations, electrification of these modes of transportation is challenging. Developing countries may increase their use of e-fuels to cut emissions from shipping and long-distance travel.
Global E-fuels: Key Players
The manufacturers of e-fuel are committed to offering their clients the newest technology. The global industry is fragmented, and a majority of manufacturers controls the market share. Research and development is a key activity for key players in order to increase market share. Additionally, these companies develop new products and expand their capacities in order to remain competitive.
Some prominent e-fuel market players are listed below:
- HIF Global
- Norsk e-Fuel
- Porsche
- Mabanaft GmbH & Co. KG
- Enel Green Power
- Engie
- Chemieanlagenbau Chemnitz GmbH (CAC)
- Synhelion
- Carbon Recycling International (CRI)
- ABEL Energy
- NEOM Green Hydrogen Company
- Nordic Electrofuel AS
- Siemens Energy
- ExxonMobil Corporation
- INERATEC
- Arcadia eFuels
Key Developments in the Global E-fuels
- In March 2023, Stellantis, an Amsterdam-based automaker, started testing e-fuel across 28 engines. In the coming years, the world will increasingly switch to electrified transportation, which will reduce the need for combustion engines, which are known as e-fuels.
- In April 2023, Audi AG announced plans to develop e-fuels in China. Toward the end of the decade, more than half of all-electric vehicles sold in the premium segment will be electric. It is expected that ICEs will be phased out by 2033. E-fuels have a crucial role to play, particularly in reducing carbon emissions from existing ICE fleets. In addition to decarbonizing ocean and air travel, e-fuels are the only known decarbonization technology.
Global E-fuels Market: Segmentation
- Fuel Type
- E-gasoline
- E-methanol
- E-diesel
- E-kerosene
- Others
- Conversion Process
- H2O / CO2 Co-electrolysis
- Power-to-Gas
- Power-to-Liquid
- Source
- Air
- Industrial Processes
- Biomass Combustion
- Water
- End-use
- Transportation
- Shipping
- Aviation
- Heating
- Others
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