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Renault invests in sailing ships to reduce its carbon footprint

Renault is taking a page from the golden age of sailing as the company looks towards reducing its carbon footprint through the use of cargo sailing ships. The French automaker recently announced its partnership with Neoline, a start-up enterprise based in the west of France. The firm specializes in reducing the cost and emissions of typical cargo ships, by reintroducing sailing into the transportation equation. Renault's goal is to reduce its global carbon footprint by 25 percent in 2022, as compared to where they were in 2010. This plan also includes a separate target, to lower supply chain emissions - which includes shipping methods such as trucks, trains, and cargo ships - by 6 percent, compared to levels in 2016. Two prototype cargo vessels, complete with a full set of sails, will be introduced by 2021-22. These two ships will travel between the U.S. eastern seaboard (exact locations are TBD) and the French port cities of Saint-Nazaire and Saint-Pierre & Miquelon. Specifics about what exactly the ships will be carrying has not been released, though Renault is part of an extensive global auto alliance that includes Nissan and Mitsubishi. "For nearly 10 years, we have been working to identify the most environmentally sustainable solutions," said Jean-Francois Salles, Alliance global director, production control. "For example, optimizing the fill rates of the containers and trucks, producing eco-friendly packaging, and implementing a multi-modal system." The current demonstration vessel measures in at 446 feet in total length and has more than 45,000 square-feet of sail. For all you big ship fans out there, the Titanic was about double this size, stretching about 882-feet in length. When powered solely by the wind, Neoline CEO, Jean Zanuttini, says that total emissions drop by as much as 90 percent, versus the carbon footprint of a traditional cargo vessel. Related Video: Green Mitsubishi Nissan Renault Green Culture Technology renault-nissan greenhouse gases shipping ship cargo ship

Mitsubishi celebrates 100-year-old car with PHEV re-creation

Back in 1917, Mitsubishi Shipbuilding Co. made its foray into the automotive world with the Model A. It had a production run of just 22 units, but it was enough to make Mitsubishi Motors possible as a car company. Now, 100 years later, Mitsubishi Motors North America (MMNA) is revisiting its roots, but with a contemporary touch, by re-creating the car with the help of West Coast Customs. The California-based shop will build a Mitsu Model A with its original, century-old looks, but with a modern, advanced plug-in hybrid powertrain and a host of current technology. The custom Model A will celebrate a century of Mitsubishi by building the Model A on the Outlander PHEV platform. Despite its 21st-century capabilities, the centennial celebration vehicle "will feature all the distinctive aspects of the 1917 vehicle," according to MMNA Senior Director of Marketing Francine Harsini. The original Model A was powered by a 2.8-liter four-cylinder engine making 35 horsepower. The Outlander PHEV, upon which the new Model A will be based, uses a 2.0-liter gasoline engine and two electric motors providing power to all four wheels. West Coast Customs will build the plug-in Mitsubishi Model A at its facility in Burbank, Calif., with plans to finish it this summer. An episode of the Inside West Coast Customs show on the Velocity channel will feature the build of the centennial Model A. Related Video: Related Gallery 2017 Mitsubishi Outlander PHEV: New York 2016 View 15 Photos News Source: Mitsubishi Green TV/Movies Mitsubishi Automotive History Electric Hybrid PHEV

Mitsubishi Concept GR-HEV brings diesel hybrid efficiency to the pickup game

Mitsubishi unveiled its Concept GR-HEV at the 2013 Geneva Motor Show. Branded a "Sport Utility Hybrid Truck," the concept mates a 2.5-liter clean diesel engine with a front-mounted electric motor for a more efficient one-ton pickup. Complete with an automatic transmission mated to a full-time four-wheel-drive system, the GR-HEV is designed to make hybrid technology attractive to buyers beyond the traditional compact car market. Mitsubishi says the vehicle's drivetrain is good for CO2 emissions of 149 grams per kilometer. For comparison's sake, the global 2012 Ford Ranger emits 264 g/km when equipped with the 3.2-liter turbo-diesel engine and a six-speed manual transmission.
Designed to be both more simple and less expensive than electric, plug-in hybrid or standard hybrid work vehicles, the GR-HEV would theoretically yield both the instant torque of a hybrid and the range of a traditional diesel. You can take a closer look at a full press release below for more information.