Katerina Swanson
Synthetic fuels are a potential solution to climate change, but their high cost is a significant barrier to their widespread adoption. E-fuels, which are synthetic fuels made from green hydrogen and CO2, currently cost around €50 per litre to manufacture, which is 100 times more expensive than the wholesale price of fossil gasoline. While it is expected that costs will decrease as production scales up, synthetic fuels will likely remain expensive and inaccessible to most consumers. In Germany, the push to adopt e-fuels in new cars could result in high fuel costs for drivers, with estimates suggesting it would cost the average driver at least €2,300 a year to fill up their car with synthetic petrol. The high cost of synthetic fuels could also lead to increased fossil fuel consumption as drivers seek cheaper alternatives.
| Characteristics | Values |
|---|---|
| Cost of production | €50 per litre or $189 per gallon |
| Cost compared to petrol | 100 times more expensive |
| Cost to fill up a car | €210 or €200+ |
| Cost at the pump in Germany in 2030 | €2.80 per litre |
| Cost to the consumer | $10 to $38 per gallon or $2.64 to $10.04 per litre |
| Cost reduction | Expected to fall to $1 per litre |
| Cost of raw material | $94 to $232 per ton of CO2 |
| Cost of plant | Millions of dollars |
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What You'll Learn
Synthetic fuel is 100 times more expensive than petrol
The cost of synthetic fuel varies depending on the process used to produce it and the region in which it is sold. For example, synthetic fuel produced from green hydrogen and CO2 captured from the atmosphere has been reported to cost around €50 per litre, which is significantly higher than the typical wholesale price of fossil gasoline, which is around €0.50 per litre. This price discrepancy has led to concerns about the accessibility and affordability of synthetic fuel for the average consumer.
In Germany, the adoption of synthetic fuels has been a subject of debate due to the potential high costs for drivers. Analyses by Transport & Environment (T&E) suggest that the average German driver could pay around €210 to fill up their tank with synthetic fuel, resulting in additional costs of at least €2,300 per year. This has sparked concerns that only wealthy individuals will be able to afford synthetic fuel, while others may be pushed to use fossil petrol instead, negatively impacting both motorists and the climate.
The high cost of synthetic fuel is attributed to the complex and energy-intensive production process. Synthetic fuels are created by combining CO2 with hydrogen, and this raw material is then used to manufacture the fuel subtype, such as gasoline or diesel. This process involves multiple stages, each adding costs and consuming energy. Additionally, the key element, hydrogen, contributes to the high cost, as it is currently mostly generated from fossil fuel-based processes, which carry their own environmental and economic implications.
Despite the current high prices, there is optimism that the costs of synthetic fuels will decrease in the future. As production scales up and technology improves, the cost of synthetic fuel is expected to become more competitive. For instance, with industrial-scale production and cheaper direct air capture technology, the cost of synthetic gasoline could potentially decrease to €1 per litre or even lower. However, there is uncertainty regarding the timing of these cost reductions, which heavily depend on the global market's adoption of synthetic fuel production.
In conclusion, while synthetic fuel currently faces the challenge of being significantly more expensive than petrol, there is potential for this price gap to narrow in the future. The development of industrial-scale production and advancements in technology are key factors in driving down costs. However, for now, the high prices of synthetic fuel limit its accessibility and widespread adoption, particularly for everyday drivers.
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High upfront costs and low profit
Synthetic fuels are created by combining hydrogen with carbon dioxide to manufacture gasoline, petrol, or diesel. This process involves multiple stages, each of which adds to the cost and consumes energy. The high upfront costs of production and low profit margins make it difficult for synthetic fuel manufacturers to attract private investors, which in turn makes it challenging to secure the necessary capital for future operations.
The cost of producing synthetic fuels is significantly higher than that of traditional fossil fuels. For instance, the Haru Oni project in Chile, which produces synthetic fuel from wind-powered hydrogen, has a manufacturing cost of €50 per litre, which is 100 times higher than the typical wholesale price of fossil gasoline at around €0.50 per litre. This high production cost translates into a hefty price for consumers, with synthetic fuels costing anywhere from $10 to $38 per gallon, or $2.64 to $10.04 per litre. As a result, only wealthy individuals may be able to afford synthetic fuels, while others may be pushed to circumvent rules and continue using fossil fuels.
The inefficiency of synthetic fuels further contributes to their high cost. Synthetic fuels are estimated to be about four times less energy-efficient than batteries, requiring significantly more electricity generation to power the same number of vehicles. This inefficiency means that the current refueling station infrastructure would need to be modified to accommodate synthetic fuels, adding to the overall cost. Additionally, the production process for synthetic fuels is complex and energy-intensive, further driving up costs.
While it is expected that large-scale production of synthetic fuels will lead to a decrease in prices, there is uncertainty regarding the timing of these cost reductions. To achieve lower production costs, advancements in direct air capture technology are necessary. In the long term, it is projected that production costs of less than €1 per litre of synthetic fuel will be possible, but this will depend on the speed at which the global market adopts synthetic fuel production.
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Cost to the consumer: $10 to $38/gallon
Synthetic fuels are created by combining CO2 with hydrogen, and this raw material is then used to manufacture the subtype—gasoline/petrol or diesel. This process involves multiple stages, each of which adds cost and consumes energy. The key element, hydrogen, is currently produced mostly through fossil fuel-based processes, which still produce emissions.
The high upfront costs and low profit of synthetic fuels make it difficult to attract private investors, which in turn makes it challenging to raise capital. Synthetic fuels are, therefore, an economical option in areas with tighter emission policies and government subsidies.
The cost to the consumer of synthetic fuels is estimated to be between $10 to $38 per gallon, or $2.64 to $10.04 per litre. This makes synthetic fuels significantly more expensive than petrol, and even if the cost falls to below $1 per litre once large-scale production is underway, it will still be a costly option for consumers.
The high cost of synthetic fuels means that only wealthy drivers will be able to afford them, while others may be pushed into circumventing the rules and continuing to use fossil fuels. This has led to criticism of the German government's support for synthetic fuels, as it is argued that this undermines the transition to greener alternatives and risks increasing CO2 emissions and oil consumption.
While synthetic fuels can be carbon neutral, they still emit air pollutants when burned in combustion engines, including toxic NO2 and carcinogenic particles.
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€210 to fill up a car tank
The cost of filling up a car tank varies depending on the type of fuel used and the car's fuel efficiency. Typically, filling up a car tank does not cost €210. However, this may be the case for cars with large fuel tanks that use premium fuel or alternative fuels, such as synthetic fuel.
Synthetic fuel, also known as e-fuel, is produced by combining hydrogen and carbon dioxide to create gasoline, diesel, or other fuel subtypes. While synthetic fuel offers the advantage of being a drop-in replacement for fossil fuels in existing cars, it is currently much more expensive than traditional fossil fuels.
The cost of producing synthetic fuel depends on various factors, including the cost of raw materials and the energy efficiency of the production process. According to some sources, the cost of producing synthetic fuel can be as high as €50 per litre, which is significantly more expensive than the wholesale price of fossil gasoline, which is around €0.50 per litre. However, it is important to note that the cost of producing synthetic fuel is expected to decrease as production scales up and technology improves. For example, the German climate institute predicts that the cost of production could eventually fall to €1 per litre or even less.
The high cost of synthetic fuel is a significant barrier to its widespread adoption. Even with the expected cost reductions, synthetic fuel is likely to remain more expensive than other alternatives, such as batteries or hydrogen fuel cells. Therefore, it is unlikely that synthetic fuel will become a mainstream solution for decarbonizing cars or other vehicles. However, it may still play a niche role, especially for high-performance cars or in situations where existing vehicles cannot be easily replaced with electric alternatives.
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Production costs: €50 per litre
The production costs of synthetic fuel are currently very high, estimated at around €50 per litre. This is largely due to the inefficiency of the production process, which involves multiple stages, each adding cost and consuming energy. The key element, hydrogen, is currently produced mostly from fossil fuels, which is inefficient and generates emissions.
The high cost of synthetic fuel is a significant hurdle to its widespread adoption. While it is a drop-in replacement for current fossil fuels, allowing existing cars to use them without modification, the high price means it is likely to remain a niche product for high-performance cars. The German government has been a supporter of synthetic fuels, with German carmakers such as Porsche keen to use them in their vehicles. However, the German Chancellor's support for e-fuels has been criticised for undermining investment in electric vehicles and risking Europe's green transition.
The high upfront costs and low profit of synthetic fuels make it difficult to attract private investors, hindering the capital required for future development. Synthetic fuels are more economical in areas with tighter emission policies and government subsidies. For example, the Haru Oni demonstration project in Chile, which produces synthetic fuel from wind-powered hydrogen, expects to ramp up production to 130,000 litres of synthetic gasoline per year.
While the current production costs of synthetic fuel are high, there is potential for these costs to decrease significantly in the future. According to the Potsdam Institute for Climate Impact Research, industrial-scale production and cheaper direct air capture technology could reduce costs from €50 per litre to as low as €1 per litre. However, there is uncertainty about the timing of these cost reductions, which depend on the global market's adoption of e-fuel production.
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Frequently asked questions
Synthetic fuels can cost a consumer anywhere from $10 to $38 per gallon or $2.64 to $10.04 per litre. This is significantly higher than the cost of fossil fuels.
Synthetic fuels are produced by combining CO2 with hydrogen, and this raw material is then used to manufacture the subtype -- gasoline/petrol or diesel. This process involves multiple stages, each of which adds cost and consumes energy.
Synthetic fuels have shown excellent potential in energy density, which makes them suitable for large vehicles such as planes and shipping freighters. However, they are not a viable solution for decarbonising cars due to their energy inefficiency and slow development.
Synthetic fuels are about four times less energy efficient than batteries. If just 10% of the UK’s cars, vans and small trucks used synthetic fuels, it would require three times as much renewable electricity as batteries.
Yes, the cost of synthetic fuels is expected to decrease with the development of industrial-scale production and cheaper direct air capture technology. According to the German Climate Institute, the cost of producing synthetic fuel could potentially fall from €50 per litre today to €1 in the future.
