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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: Ford Fusion and Toyota Highlander named Best Hybrids for Families; Funky Prius motorhome

Tesla Model S customers in China will receive a "Universal Mobile Charger" with their vehicle. The charger will allow drivers to charge their Tesla anywhere, without having to search out a Supercharger when out in the wild. It allows Model S drivers a bit more freedom and helps alleviate worries about traveling too far from home. It could also help sway potential customers who suffer from range anxiety. The charger will be free to new and existing customers when it becomes available this summer. Read more at Car News China. US News & World Reports' list of Best Cars for Families includes two hybrids. The 2015 Ford Fusion Hybrid was chosen as the Best Hybrid Car for Families, while the 2015 Toyota Highlander Hybrid was picked as the Best Hybrid SUV for Families. The Fusion hybrid was chosen for its roomy, comfortable cabin, as well as the MyKey system's features for new drivers. The Highlander Hybrid offers eight seats - good for carpooling - as well as good mileage and a quality infotainment system. Read more at US News & World Reports or at Hybrid Cars. Audi plans to give its electric vehicles looks that differentiate them from the rest of the lineup. "In early 2018, we will launch a battery-powered sports activity vehicle in the large premium segment with a range of more than 500 kilometers," says Audi's head of development, Ulrich Hackenberg. "It will have a new, very attractive design, which we are developing especially for the E-Tron range and for battery-electric vehicles." According to analysts, part of the reason the Toyota Prius was so successful was because it was easy to distinguish from other Toyota models with conventional powertrains. Read more at Automotive News Europe. An Australian man turned his Toyota Prius into a miniature motorhome. James Lawler used mostly scraps to build the tiny house – complete with tin roof, chimney, and stained glass window – for just $150 Australian. It took him about a week to finish. Lawler made use of his creation at the Meredith Music Festival so he didn't have to sleep in a tent. He was, however, fined by police for driving the makeshift motorhome. See pictures and read more at the Herald Sun.

The real reason Audi races

The world has watched Audi have its way with endurance racing since 1998. What started as an intriguing race winner in 2000 that could be rebuilt so quickly that the ACO oversight organization changed the rules to slow Audi mechanics down, slowly morphed into a unique assassin, employing novel engineering methods to achieve series domination with its R18 E-Tron Quattro. Until recently. It's strange, then, that for all these years we didn't fully comprehend Audi's stated approach to motorsport. And so we sat down with Dr. Wolfgang Ulrich, head of Audi Motorsport, and Chris Reinke, head of Le Mans Prototype development while in Austin, TX, for the Lone Star Le Mans and World Endurance Championship race for answers. BMW, Corvette, Porsche, and Ferrari have healthy reputations, lucrative option sheets, and supported a robust trade in special editions by winning races. They have standalone racing divisions and they transfer the entire sheen of their racing endeavors to their road cars, a healthy part of what their customers buy into. Even though we know they improve their road cars with lessons learned racing, the belief is that they race because that's just what they do; those brand names mean racing. "Not one single euro is spent on a separate motorsports program." Yet Reinke said that for Audi, "Not one single euro is spent on a separate motorsports program. We [Audi Motorsport] are part of the Technical Department [of the road car company]. We are a pre-development lab for road-relevant technology." As in, Audi isn't racing out of core philosophy, it's racing only to improve its road cars. That helps explain why Audi's entire road car lineup doesn't bask in the same racing aura as those other brands even though Audi has been racing since it was called Horch. It's not a racing brand, it's a technology brand. Said Ulrich, "Instead of components, look at technologies – not lights, but lighting technologies, not engines, but engine technologies, like injection pressure technology is the same from the race car to the road car." That's nowhere near as exciting as, "Win on Sunday, sell on Monday," but it is arguably much more practical. Quattro is the most obvious example of racing tech for the street. For a less obvious one, Reinke said, "Audi Motorsport developed codes for computational fluid dynamics, and then we'd run the calculations on the Technical Department computers at night.