Exercises near Hawaii reveal that the U.S. Navy is committed to both biofuels and zingers.
What have you done for your country lately? Sixteen-year-old Azza Abdel Hamid Falad has figured out a way to make Egypt $78 million worth of biofuel each year. The key: an inexpensive catalyst that will turn plastic into fuel.
A case study in how change is made in Washington: slowly, with much debate, and with tangential regard for the science.
Earlier this year, a slightly horrifying factoid made its way around the internet: Penguins poop so much that piles of their poop can be seen from space. But take heart, people who don’t like thinking about mountains of bird guano: It turns out that today’s penguin dung heap could be tomorrow’s source of nutrition for beautiful, fuzzy moss. A team of Australian researchers were looking into the source of nutrients for these Antarctic plants, the BBC explains, and had narrowed it down to “nitrogen that’s gone through algae, krill and fish.” That food chain leads to seabirds — penguins — …
Whatever, Google Glasses; I’m holding out for the Google brain implant. And that just got a little more plausible, thanks to new technology for fuel cells that run off of blood sugar. In theory, if you popped one of these babies in your brain, it could get all its power from your own cerebrospinal fluid (the stuff that cushions your brain inside your skull).
A rash of grease thefts means only two things: the biofuel industry is here to stay, and The Simpsons is awfully prescient.
Gundersen Lutheran Hospital, in La Crosse, Wis., aims to be energy independent by 2014. Hospitals use a ton of energy, so that’s a tough goal to meet. But Gundersen is getting there by piggybacking on Wisconsin’s best-known industries: beer and cheese. Beer and cheese, while delicious, both slough off a lot of gas while they’re being made. (Not to mention after they’re consumed.) The hospital system has been sourcing biogas from a local brewery and from a dairy farm that makes mascarpone and fresh mozzarella cheese. And recently the system started getting gas from a La Crosse landfill, as well.
Corn ethanol is a good idea in theory — what’s more renewable than a fuel source you plant and harvest every year? But corn is such an inefficient energy source that if we wanted to meet our biofuel goals with corn ethanol alone, they’d have to shoulder out every other crop. You know what yields more ethanol per acre than corn, though? Sweet potatoes. And you know what yields more ethanol per acre than sweet potatoes? GIANT MOTHERFUCKING SWEET POTATOES OF DOOM.
One man’s trash is another man’s airplane fuel. Adventure-seeker Andy Pag aims to obtain funding and become the first person to fly a trash-fueled plane from one end of the U.K. to the other. His aircraft, a microlight plane, will be powered by gasoline made from un-recyclable plastics like bags and packaging. The fuel is made by a British company using Fischer–Tropsch synthesis–a process of making synthetic fuel that dates back to before WWII. Pag says the fuel is worth highlighting because it produces limited CO2, and reduces the volume of plastics that otherwise would go to landfills.
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