The Minister of Petroleum and Natural Gas said at Auto Expo 2023 that India has also advanced the 20 per cent ethanol blending target to 2024-25 from 2030. The minister asked automobile manufacturers to move from the prototype stage and start introducing green vehicles in the market, saying the time has come for biofuels and other clean energy technologies.
The minister earlier inaugurated the ‘Ethanol Pavilion’ at the expo where passenger vehicle makers – such as Maruti Suzuki and Toyota Kirloskar Motor along with two-wheeler majors TVS, Hero MotoCorp, Bajaj Auto, Honda Motorcycle, Yamaha and Suzuki motorcycle – are displaying their working prototype of flex-fuel vehicles. These vehicles can take a range of ethanol blends varying from 20-85 per cent.
Hardeep Singh Puri said India is a place where it’s not just economies of scale but where “when we do something hundreds and thousands of people will follow”.
The minister asserted that he is “100 per cent confident that they will succeed” not just as an economic proposition for the manufacturers but for the green journey that India is undertaking in transitioning to total green sustainable fuel.
On ethanol blending, he said E10 fuel is now available in most parts of the country and the government is taking steps to enhance the level of blending.
At the symposium, a memorandum of understanding was also signed between the US Grains Council and Society of Indian Automobile Manufacturers for the clean energy partnership, aimed at knowledge transfer on ethanol technology.
Tags: Auto Expo 2023, Bajaj Auto, Car Makers, HeroMotorCorp, TVS
Recent Posts
Govt urges sugar industry to diversify into green fuels
Cement sector must innovate to achieve net-zero emissions
India’s ethanol production capacity reaches 1,685 crore liters
Sembcorp bags first solar plus energy storage project in India
Wärtsilä to power world’s largest cement carrier for NovaAlgoma
Ethanol sourcing from sugar mills to be less this season
Centre grants approval for 47 ethanol projects in Bihar
China builds seawater hydrogen production project