Guest essay by Vijay Jayaraj
Indian authorities have accelerated a nationwide transition to a 20% ethanol blend in gasoline. Of the 1.46 billion people in India, many, including myself, were completely unaware that gasoline at the pumps was now a 20% blend.
This is because the original deadline for the nationwide implementation of a 20% ethanol mix in gasoline, known as E20, was set for 2030. The decision to fast-track was done silently and without notice.
The move was defended with two primary justifications: a reduction in the cost of fuel imports and a more environmentally desirable standard to combat climate change. Both justifications are deeply flawed.
Cost and Compatibility
India imports nearly 85% of its crude oil, a major contributor to the country’s trade deficit. Theoretically, ethanol made domestically could replace some imported oil and reduce the imbalance. But the country’s Ministry of Petroleum and Natural Gas admits that the high cost of ethanol production will offset any reduction in the cost of foreign oil.
The bigger issue is mechanical. Engines and fuel systems designed for lower ethanol concentrations may suffer long-term damage when exposed to E20. Car makers have warned that vehicles manufactured before 2023 are not fully compatible.
Parts such as fuel pumps, injectors, and seals may degrade faster, increasing maintenance costs. This burden falls disproportionately on India’s middle- and lower-income populations, who typically drive decades-old vehicles, unable to afford frequent replacements.
In the U.S., ethanol content typically ranges from 10% to 15%, with higher blends of up to 83% available for “flex-fuel” vehicles designed for them. Consumers retain choice, and pure gasoline remains an option in many states.
In European nations like Germany, Finland and France, consumers enjoy the choice between E10 and E5 at fuel stations, though uptake remains limited due to rigorous consumer protection laws and comprehensive labeling requirements
Brazil’s five decade-long ethanol program succeeded only because car technology evolved alongside policy. Brazilians can still buy gasoline with and without ethanol. But no such choice is available in India.
The Environmentally Safe Fuel Logic
The second pillar purportedly supporting E20 policy – environmental benefits – rests on the scientifically shaky claim of ethanol being a climate savior. For instance, the U.S. Department of Energy’s July report, “A Critical Review of Impacts of Greenhouse Gas Emissions on the U.S. Climate,” challenges assumptions underlying aggressive policies to mitigate effects of vehicle emissions.
The report says that most extreme weather in the United States shows no long-term trends, with assertions of increased frequency or intensity of hurricanes, tornadoes, floods and droughts unsupported by historical data. Undermining the case for sacrificing economic progress to meet climate goals, the report says greenhouse gas emissions pose no immediate threat to global stability.
Even in India, data for monsoon precipitation show no anthropogenic climate footprint. Frequent floods and droughts have been the norm since at least the 1870s, when government data first became available, and likely long before then. If anything, the country is now more resilient than ever to avert catastrophic consequences from extreme weather, partly because of improved infrastructure and warning systems.
When the effects of climate change prove less severe than commonly projected, the economic costs of policies like E20 are impossible to justify.
If wealthy countries like Norway – with a per capita GDP (gross domestic product) of $90,400 – continue to issue licenses for exploration of oil and natural gas, why should India with 3% of the Norwegian GDP burden citizens with the agenda of international climate elites?
Ethanol may have its place, but only if compatible with the internal combustion engines it is supposed to power. Technology transitions should deliver genuine value to consumers rather than impose ideological preferences on captive markets. True affordability measures costs honestly, including hidden expenses and both positive and negative effects on performance.
More importantly, freedom to choose must remain essential, particularly for populations whose income levels make them vulnerable to policy mistakes. Climate alarmism no longer presents a credible argument for forcing hurried transitions. Poor people ought not foot the bill for pet projects of Europe’s political aristocracy.
Vijay Jayaraj is a Science and Research Associate at the CO2 Coalition, Fairfax, Virginia. He holds an M.S. in environmental sciences from the University of East Anglia and a postgraduate degree in energy management from Robert Gordon University, both in the U.K., and a bachelor’s in engineering from Anna University, India.
Very nice Vijay. We don’t have a climate problem, we don’t have an energy problem we have a government problem.
It is really hard to imagine a more regressive, retrograde policy. than so-called bio-fuels.
Bio-fuels are a throwback to the 19th century and earlier when a very large proportion, perhaps 50%, of agricultural production was devoted to breeding, raising, maintaining and feeding (i.e. providing bio-fuel for) work animals.
Land devoted to growing crops for conversion to bio-fuel is land that cannot be used to grow crops for human consumption. Therefore the supply of food is reduced and given steady or increasing demand, food prices rise. As always, the poor (a majority of India’s population) will be more severely affected.
At least the food grown to feed the work animals (their “bio-fuel”) did not require industrial processing……
They’re going to kill people. Ethanol can dissolve fuel lines and seals in older vehicles, leading to leaks and fires.
As Scrooge said, “better to relieve the surplus population.” /sarc
And then they’ll “See, ICEs spontaneously combust just as easily as EVs!”
I have a problem with turning food crops into ethanol and with the energy that’s wasted turning that food into an inferior fuel. There are other issues-at least here in the US-with marginal soils being used, and abused, to produce those crops. And, as Eric points out, ethanol is hell on equipment. Even is other than food crops are used, the resultant product is still a waste of energy to produce a poor,less energy dense fuel.
But the finances may work in ethanol’s favor compared to oil imports in the short term, and if it destroys all those old polluting vehicles, all the better.
One would think so, but I lived in a 2nd world country for awhile and the very, very old vehicles were kept running, somehow, and they burned more oil than gasoline. It’s always cheaper for “poor” folks to keep old vehicles running than to buy newer, more efficient ones. You can see this happening now in the US because of Biden’s inflation.
How much pollution is generated in the manufacture of an automobile, from mining to delivery?
In the US, the ethanol industry keeps the farmers happy, and they are a voting bloc.
Unfortunately true. Sad, but true…it’s hard to make a living as a farmer, but there has to be a better solution. Somehow.
Socialists believe they know what you need better than you do.
It’s not just socialists, it’s all politicians.
As the political landscape is today in most cases both are the same…regardless the colours they fly or fancy names they bear.
Food belongs on the table, alcohol in a good and stiff drink and pure gasoline in a fuel tank.
The idiocy of using alcohol as substitute for gasoline goes back to WW2 when the japanese tried to run their planes with it. A fools idea born out of sheer desperation with the predictable and disastrous outcome.
Brasil is often mentioned as a working example.. a fairly “small” population compared to the size of the country, thus having sufficient land to plant sugar canes. India would be well advised not to follow Brasil’s example.
Useless politicians trying to find a solution for a non existing problem, as usual.
When governments meddle in the markets, the freedom to choose goes away. Coercion is not freedom.
Everyone has the freedom to do what I tell them to do.
The reason why I switched to premium in Belgium. It’s called 98 (premium/E5) and 95 (E10). But I believe 98 had 2% ethanol and 95 had 5% But now E10 has actually 15% ethanol which can damage older cars. But to make it more confusing, there’s not enough ethanol so there’s less ethanol in the max than advertised. Anyway since I switched to premium my car has a little bit more punch and less fuel usage. That leads us to the downside of ethanol, you could use more fossil fuel to make ethanol (harvesting) and your usage goes up. Cheaper? No, not in the EU, more ethanol increased prices in my country.
There’s no fixing stupidity without changing politics. Career politicians who know nothing and can’t do anything.The only good thing out their incompetence is that places/people like WUWT can make a living out of it.
It’s not just career politicians who know nothing. I see ignorance (as well as illiteracy and innumeracy) as prerequisites to becoming a politician. It may be genetic, it may be something in the water.
As to gasoline + ethanol leading to lower fuel milage, if a car suing E20 gets 20% less milage per liter (or gallon), than isn’t that car still suing the same amount of gasoline and, therefore, generating the same amount of CO2 per mile? (This is, admittedly, just a first-order analysis.)
Here in California, we have a winter blend for gasoline and a summer blend. My milage varies noticeably between the two.
With less efficient fuel, you need to buy more gallons to accomplish the same amount of work. Government taxes gasoline by the gallon regardless of its composition, so of course government is glad that they hiked your fuel taxes without saying they hiked your fuel taxes.
In the UK Esso used to supply pure petrol as its super fuel Synergy 99 – and were quite happy to tell you so by pointing out the E5 stickers on the pumps were a legal requirement but the ethanol content could be ‘up to 5%’ or indeed zero. Sadly they changed that a couple of years ago but a recent test I ran showed just under 2.5% percent ethanol contamination in their fuel.
A more urgent & environmentally beneficial use for Ethanol in India might be the creation of numerous 100% E-fueled drive-thru crematoriums (crematoria?) along the banks of the Ganges River system?
Interesting article.
I use non ethanol fuel for all my gasoline needs since 2015. I began using it with my outdoor power equipment where I didn’t experience any problems with the fuel systems as many others using the ethanol added fuel. On a lark when filling the cans at a fuel station, I filled the tank of my 2008 F150 with the non ethanol fuel. I found my gas mileage increased slightly and the power of the engine was greater, helpful when having to pass slower vehicles on the 2-lane roads around here.
The only real problem is that the non ethanol fuel is not as readily available here in northern Florida and I have to travel 13 miles to a station in Alabama. It’s also a bit more expensive, but considering I have no fuel related difficulties with any of my gasoline powered equipment, it is worth the pennies more.
“Poor people ought not foot the bill for pet projects of Europe’s political aristocracy.”
Would not it be more accurate to replace Europe with the UN?
C. All of the above?
Let’s talk about the success of ethanol here in Brazil.
Less then one car in ten is driving on Ethanol. Ethanol at the pump is about 30%, however this is funded with a 12% on gasoline, so we have at least 9 drivers who pay 12% of tax per liter of gasoline that they put in their car to financie cheap Ethanol with a lot less range than Gasoline in a gasoline engine. Without those 9 people financing Ethanol, there would not be any Ethanol sold in the market. A liter of Ethanol costs about 3.80/3.90, a liter of Gasoline about 5.80, 12% of this is 0,70 per liter, 9x ,70 is 4,2 + 8,80 makes 13 reais per liter of Ethanol. And this is not all the subsidies they give, so the prices basically is even higher. And you need much more of it to achieve the same. Oh yeah and you cannot store it for more than a year or else it starts to break down and your pets say aggregate at the hospital doesn’t work anymore when you need it to work.
Which is why.
Ethanol in gasoline should have been abandoned long ago.
Essential question is where the alcohol comes from.
Brazil started using much alcohol fuel circa 1983.
(When I was in Rio to present at an aviation safety conference I saw car dealers with ‘alcool’ signs prominent in windows. I believed they meant pure ethanol.)
Brazil makes its ethanol fuel from sugar cane, Ethanol fuel in Brazil – Wikipedia.