Audi Looking For Alternative Fuels to Lessen Carbon Footprint
Audi is looking for alternative fuels to lessen the company’s carbon footprint. According to Autoblog.com, Audi is not only working to develop new carbon-neutral fuels, but is also striving to make their current internal combustion fuels, i.e. gasoline and diesel, as efficient as possible. Scroll down to learn more about Audi alternative fuels.
Free Car Insurance Comparison
Secured with SHA-256 Encryption
UPDATED: Jan 19, 2021
It’s all about you. We want to help you make the right coverage choices.
Advertiser Disclosure: We strive to help you make confident car insurance decisions. Comparison shopping should be easy. We are not affiliated with any one car insurance company and cannot guarantee quotes from any single provider.
Our insurance industry partnerships don’t influence our content. Our opinions are our own. To compare quotes from many different companies please enter your ZIP code on this page to use the free quote tool. The more quotes you compare, the more chances to save.
Editorial Guidelines: We are a free online resource for anyone interested in learning more about car insurance. Our goal is to be an objective, third-party resource for everything car insurance related. We update our site regularly, and all content is reviewed by car insurance experts.
Despite the continued emergence of electric and hybrid vehicles, our dependence on internal combustion engines still remains.
But this isn’t necessarily a bad thing, as internal combustion gasoline and clean diesel engine technology in today’s cars have made them more efficient and more powerful than ever before.
So while a number of manufacturers have continued increase their investment into hybrid and electric vehicle development, Audi believes that in addition to the development of hybrid and electric vehicles, internal combustion engines can and will be manufactured to produce significantly fewer emissions.
According to Autoblog.com, the company is not only working to develop new carbon-neutral fuels for their internal combustion engines, but is also striving to make their current internal combustion fuels, i.e. gasoline and diesel, as efficient as possible.
Audi hopes to first develop features like electric-forced induction, rather than typical forced induction methods like turbocharging and supercharging, as well as stop-start technology that allows the engine to shut off while the vehicle is coasting.
While stop-start technology is already in use in a number of production vehicles, the feature currently only shuts engines off while the engine is idling at a complete stop.
The company’s experimentations in using different fuels to reduce actual carbon emissions emitted from internal combustion engines reflects Audi’s hopes of finding a fuel source that can be considered CO2 neutral, meaning that the amount of greenhouse gas used to make the fuels are balanced against the CO2 emitted by their vehicles while driving.
Audi believes that battery electric vehicles (BEVs) can only truly be considered CO2-free if the electricity used to charge these batteries comes from nuclear, hydro, wind, or solar sources. If the electricity comes from coal or gas-fired sourced, however, then the vehicle is actually contributing to CO2 emissions.
Because of this, Audi is now exploring the development of several new projects to make ethanol, diesel, and natural gas that create less CO2 in the production process.
One of Audi’s current projects in alternative fuels has already been shown to the public — its dual-fuel version of its popular A3 model that not only uses gasoline, but compressed natural gas (CNG) as well. Audi claims that the vehicle will be able to achieve a range of around 750 miles per tank(s).
The company recently showed the vehicle at this year’s Paris Motor show, and calls it the A3 Sportback e-Gas Project. Audi has also developed a creative way of creating its “e-gas” CNG through electrolysis and methanization.
Additionally, the company has partnered with SolarFuel to build a plant in northern German that uses wind power and electrolysis to create hydrogen from water. The company hopes the hydrogen can soon be used in hydrogen fuel cell cars.
While Audi’s new projects provide exciting new possibilities for the future of internal combustion engines, company officials believe there are a number of obstacles to overcome before any of their projects reach production.
Two of the most important include innovative thinking from other vehicle manufacturers, and more importantly, approval from those in charge of creating emissions laws around the world.