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Audi Prologue Concept [w/videos]

What you're looking at here is a preview of Audi's next-gen exterior and interior design. You can't tell, but in these photos, I'm wearing what can only be described as an ultra-white cloth spacesuit. Before opening the large driver's door of the Audi Prologue concept outside of the SLS Hotel in Beverly Hills, Audi requested that I don a super-attractive onesie so as to not let my flannel-covered human flesh touch the untreated leather surfaces of the Prologue's interior. I tied the spacesuit around me just above the waist, let my Converse poke out the footholes, and promised to hold in any sneezes. After all, I was being granted a serious privilege. I was about to drive the multi-million dollar, only-one-in-the-world Prologue that had just stunned crowds at the Los Angeles Auto Show days earlier. This isn't the first time Audi has bravely let the media sample its conceptual wares. In 2010, the German automaker granted us access to its incredibly enticing Quattro concept, probably hoping that the media would rave about the thing enough to convince the higher powers to actually green-light and build it. (We're still waiting on that one, of course.) You could argue that this same logic was applied when allowing me to drive the Prologue – it's no secret that Audi has been dreaming of a range-topping A9, though company officials told me that there is currently no decision on whether or not to produce such a car. But that's not really what the Prologue is about. As its name suggests, what you're looking at here is a preview of Audi's next-generation exterior and interior design, in a fully baked, fully functional package. Suit up, and behold the future. While the Prologue won't necessarily spawn its own production model, its elements will be incorporated on the next A6, A7 and A8. "Timeless but progressive." That's the key takeaway of the Prologue's aesthetic, according to exterior designer Parys Cybulski. The focus here is on beautiful, yet modern, simplicity. A design that looks both contemporary and forward-thinking at the same time, and something that will still look up-to-date in several years' time. After all, while the Prologue won't necessarily spawn its own production model, its elements will be incorporated on the next A6, A7 and A8. Up front, the most prominent feature is, of course, Audi's single-frame grille, seen here with a larger breadth than anything else in the brand's lineup, though its closest resemblance is seen on the new TT.

Audi creates new diesel fuel from carbon dioxide and water

What if you could power cars of the future with pollution created by the cars of the past? That's what German automaker Audi is hoping to achieve by creating a new synthetic fuel using renewable energy to turn water and carbon dioxide gas into a new kind of fuel they call "e-diesel." The new diesel is being produced at Audi's pilot plant Sunfire in Dresden, Germany. Only a few gallons were created, which the German Federal Minister of Education and Research Johanna Wanka put into her Audi A8 to prove the fuel's bonafides. The base fuel is known as "blue crude" and begins from a green source. Audi uses electricity from wind, water or solar power sources to separate hydrogen from oxygen in water. The hydrogen is then mixed with carbon dioxide which has been converted in carbon oxide. The blue crude is then further refined to create the e-diesel. The carbon dioxide is currently supplied by a biogas facilities, but some of that CO2 was captured from the air. "The engine runs quieter and fewer pollutants are being created," says Sunfire CTO Christian von Olshausen. The fuel can be combined with conventional diesel fuel, as biodiesel fuels already and would be competitively priced against regular diesel, according to Gizmag. Sunfire can produce about 42 gallons of e-diesel a day. That seems like barely a drop in the bucket in terms of Europe's energy use, but Audi is ready to commercialize the technology with plans to expand production with a bigger facility in the future.

Recharge Wrap-up: Chevy Volt promos, Audi e-gas partnership

GM is offering promotions on the 2017 Chevrolet Volt. As dealers receive the first shipments of the new model year of the Volt, the automaker is giving customers in certain areas (California, Connecticut, Massachusetts, Maryland, Maine, New Hampshire, New Jersey, New York, Oregon, Rhode Island, and Vermont) $1,000 cash back on their purchase. GM Financial is also offering lease discounts for a limited time, and trade-ins may be eligible for even more money back. State and federal incentives could add up to make the new Volt quite the bargain for the right customer. Read more at Clean Technica. The UK's potential exit from the European Union could mean tighter emissions regulations, potentially even in the UK. While Britain has fought against the EU on stricter rules, the "Brexit" could leave officials in Brussels free to strengthen air quality laws. The UK, despite giving up its seat at the table, would still be beholden to some rules as a member of the European Economic Area free trade agreement. British voters vote on a referendum to leave the EU on June 23. Read more from Bloomberg Business. Daimler will refrain from investing in battery pack production with other automakers for the time being. Daimler CEO Dieter Zetsche cites an overabundance of battery production, saying, "Contrary to the expectation four or six years ago when everyone thought that the cells would be a rarity that could even be used as a tool of industrial policy, there is de facto a massive overcapacity in the market today and cells have become a commodity." Daimler recently shuttered its own lithium-ion battery production due to high costs and low demand. Read more from Automotive News. Audi is partnering with the Viessmann Group to increase e-gas production using a new biological process. Audi has been making the renewable fuel through a two-part process of electrolysis (splitting water into oxygen and hydrogen) and methanation (reacting hydrogen with CO2 to make synthetic methane). The new biological process uses microoganisms to absorb hydrogen and CO2 to make methane. The process requires lower temperature and pressure, and doesn't require high concentrations or purity of CO2. Read more in the press release below.