environmental

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  • Facebook reaches its target of using 100 percent renewable energy

    by 
    Saqib Shah
    Saqib Shah
    04.15.2021

    Facebook says it has reached its goal to power its global operations on renewable energy several months ahead of its targets thanks to a large investment in solar and wind energy projects.

  • Facebook's Odense data center

    Facebook used 86 percent renewable energy in 2019

    by 
    Christine Fisher
    Christine Fisher
    07.07.2020

    In 2019, Facebook's operations used 86 percent renewable energy, up from just 35 percent in 2015.

  • ASSOCIATED PRESS

    Tesla receives permission to continue working on its German Gigafactory

    by 
    Christine Fisher
    Christine Fisher
    02.21.2020

    Work on Tesla's German Gigafactory is back on. The company received permission from the Higher Administrative Court of Berlin-Brandenburg to continue clearing 91 hectares of forest in preparation for its fourth factory, where it plans to build batteries, powertrains and vehicles, starting with the Model Y.

  • Would you be a part of a crowdsourced environmental warning system?

    by 
    Daniel Cooper
    Daniel Cooper
    01.22.2015

    Picture the scene: you're watching the kids play in the local park when, suddenly, your smartphone goes nuts. The sensor that you're wearing on your belt loop, along with several other sensors in the area, have noticed an increase of gamma radiation. Thankfully, you're able to gather up your children and race back to the car before anyone suffers an uncomfortable dose. If that all sounds like the sort of thing you'd be interested in, then you should probably check out Scarab.

  • Urine-powered generator produces six hours of electricity per bathroom break

    by 
    Mark Hearn
    Mark Hearn
    11.08.2012

    We've all heard the expression "haste makes waste," but how about waste making energy? At the fourth annual Maker Faire Africa in Lagos, Nigeria, a quartet of teenage girls ages 14 through 15 have created a urine-powered generator. This eco-friendly energy source cranks out six hours of electricity for every liter of human bodily fluid by separating the excretion's hydrogen with an electrolytic cell. While this method of human waste disposal seems promising, the device has the potential to be a pee-powered biobomb and will need more than its limited safety measures before you're able to pick one up at your local hardware store. However, if this can help us save a few bucks on our energy bill, then we need to introduce these girls to these guys posthaste.

  • Researchers create super-efficient microbial fuel cell, dream of selling excess electricity

    by 
    Alexis Santos
    Alexis Santos
    08.14.2012

    Recycling wastewater to generate energy has turned up noses before, but researchers at Oregon State University have developed a microbial fuel cell that can create 10 to 50, or even 100 times more electricity per volume than similar technologies. After refining the tech for several years using new materials, techniques and selecting better microbes, the team can now extract two kilowatts per cubic meter of refuse. As bacteria oxidizes organic matter, electrons -- rather than the hydrogen or methane that other methods rely upon -- are produced and run from an anode to a cathode within the device to create an electric current. Once implementation costs are cut down, the technology could power waste treatment plants and enable them to sell excess electricity. The contraption isn't just for processing what comes out of the porcelain throne -- it can also utilize materials ranging from grass straw to beer brewing byproducts. For now, however, the cell will tackle a pilot study before it inches closer to your local brewery or water treatment facility.

  • Bob Mansfield: 'all eligible Apple products are back on EPEAT'

    by 
    Darren Murph
    Darren Murph
    07.13.2012

    Here's something you don't want happening when you're trying to wrap up a career, plan a jaunt to Moorea and generally goof off while waiting for the final checks to clear: large numbers of people demanding that you change something. That's probably what one Bob Mansfield is dealing with, just weeks before he'll turn in his Apple employee badge and do... well, whatever he wants. Just six days after the company yanked its products out of EPEAT's green registry, all eligible Apple products are back. Why? Well, many cities, entities and organizations (San Francisco, we're glaring at you) won't purchase products that aren't on the list, and according to a letter from Bob (embedded in full after the break), the removal "was a mistake." He also notes that "Apple makes the most environmentally responsible products in our industry," and that no other company in this industry can say that its entire product line "exceeds the stringent ENERGY STAR 5.2 government standard." Curiously, he also states that Apple's relationship with EPEAT "has become stronger as a result of this experience," which sure makes one wonder what went down to begin with. Now, Bob -- retirement. No more emails. Focus.

  • Scientists develop flush-efficient toilet system that can turn waste into energy, sort before it recycles

    by 
    Alexis Santos
    Alexis Santos
    06.29.2012

    Scientists from Singapore's Nanyang Technological University aren't keen on being wasteful -- that's why they've developed a toilet that uses 90% less water than other commodes and is capable of generating energy. Aptly named the No-Mix Vacuum Toilet, the porcelain pedestal's pot divides waste between two partitions -- one side for liquids, the other for solids -- and uses vacuum tech reminiscent of airline lavatories. Flushing solid and fluid wastes with 1 and 0.2 liters of H2O, respectively, the can will be able to route refuse to external processing facilities. Fertilizer ingredients such as nitrogen, potassium and phosphorous would then be harvested from liquids. Similarly, methane can be coaxed from solids for conversion to electricity or as a replacement for other natural gasses. Two of the university's restrooms are slated to have the toilets installed in the near future, and the team expects the thrones to roll out worldwide within three years. [Thanks, Yuka]

  • Microsoft puts a price on carbon, says its footprint will be neutral by July

    by 
    Donald Melanson
    Donald Melanson
    05.09.2012

    We've seen quite a few tech companies boast about their environmental efforts in recent years, and it looks like you can now also add Microsoft to the list of those attempting to be carbon neutral. As you might expect, while that includes some alternative energy efforts and energy-saving measures, it also makes use of a carbon offset program to make up the difference, which will see Microsoft put money into an internal fund for emissions it's not able to offset through other means. That means Microsoft will be able to declare itself carbon neutral fairly soon -- by the start of the 2013 fiscal year, to be specific, which actually begins this July. You can find additional details on the initiative in the company's blog post on the subject, and yet more in the white paper linked below.

  • Nissan Leaf to get minor range boost, prove Moore's Law doesn't apply to EVs

    by 
    Sharif Sakr
    Sharif Sakr
    03.21.2012

    Fifteen months and 10,000 American sales later, Nissan is preparing a 2013 overhaul of its Leaf EV. What green and fresh bounties can we expect? Leather seats, a "darker" interior and more efficient heater, which could let the EV go up to 20-25 miles further in cold-weather conditions. Sounds minor to our comfortably warm ears, and there's no specific mention of inductive charging (depicted above) either. On the other hand, the 2012 model already hiked up prices and Nissan probably has to stick closely to the current $35,000 bracket or risk being run down by another all-electric, all-emotional hatchback that's also due next year.

  • Apple OKs independent environmental audits of suppliers

    by 
    Steve Sande
    Steve Sande
    02.21.2012

    Just yesterday, we reported on Apple's move to renewable energy at the Maiden, North Carolina data center and other facilities. Now USA Today is reporting that Apple has given the green light to begin independent environmental audits of the companies that make up the Apple supply chain. Apple apparently decided to allow the audits after environmental groups including the Institute of Public & Environmental Affairs (IPE) documented several hazardous material leaks and the use of toxic chemicals at supplier facilities. According to Ma Jun, the founder of the IPE, Apple's decision came in January as a response to the reports. Ma, who is one of China's leading environmentalists, noted that the audits may begin as early as March and will initially focus on two suppliers although the scope could expand to as many as 14 suppliers. Apple wants to publicize the results of the independent review as soon as the suppliers have been given an opportunity to resolve issues, so the company is expected to disclose the names of those suppliers. Apple has already confirmed that it has contracts with seven suppliers named in IPE reports in 2011: Foxconn Technology, Meiko Electronics, Ibiden Electronics, Nan Ya Printed Circuit Board, Compeq Manufacturing, Wintek, and Unimicron. Gary Liu, the deputy director of the China Europe International Business School's Lujiazui International Finance Research Center, said that Apple's audits are a step in the right direction for Chinese workers and the public. Liu was quoted as saying that "Apple now realizes that its brand name will suffer if it continues to be blind to the misbehaviors" of suppliers.

  • Inhabitat's Week in Green: electric taxis, paper robots and a cathedral of 55,000 LEDs

    by 
    Inhabitat
    Inhabitat
    02.05.2012

    Each week our friends at Inhabitat recap the week's most interesting green developments and clean tech news for us -- it's the Week in Green. This week Inhabitat saw the light as we reported on several spellbinding new projects around the world -- including an incredible cathedral made from 55,000 LEDs and a glowing prefab pod building modeled after the genetic structure of plankton. We also showcased a luminous forest of thousands of "Frozen Trees" and a high-flying F-Light made from a recycled airplane, and also reported on Toshiba expanding its line of LEDs. Meanwhile, as the lights fire up Lucas Oil Stadium we shared seven ways Super Bowl 46 is going green, took a look at the first organic concessions ever to offered at a Super Bowl, and got things cooking with six delicious recipes for game time snacksEco transportation also blasted off from the starting line as London's first zero-emission electric taxis hit the streets, and Stanford unveiled plans for electrified roads that automatically charge EVs. We also saw Scotland launch the world's first hybrid sea-going ferries, while Agence 360 did cyclists a favor by designing a nifty ultra-compact foldable bike helmet. Meanwhile, Chevrolet announced plans to put environmental impact stickers on all of their cars by 2013, the sun-powered solarGT car set off on a race across the United States, and we brought you a gorgeous set of long-exposure photos that make speeding trains look like laser beams.In other news, renewable energy was a hot topic this week as researchers at MIT found a way to make solar panels from grass clippings, another team of scientists developed a hip-hop powered biomedical sensor and Britain mulled plans to install a new breed of radioactive waste-recycling nuclear reactors that could power the UK for 500 years. We also brought you several fun designs for aspiring little builders - a set of awesome paper robots and an industrial workbench for tots. Finally, since Valentine's day is around the corner we shared 10 red-hot gifts, along with 14 sexy sustainable skivvies.

  • Powerskin's SolarCharge still believes in the sun

    by 
    Daniel Cooper
    Daniel Cooper
    01.11.2012

    Remember when Nokia poo-poohed the idea of solar charging as a viable way to keep a smartphone juiced? It seems that no-one told XPal Power, since its PowerSkin brand has just launched a new photovoltaic kit as part of its 2012 lineup here at CES: SolarCharge is a silicone-wrapped brick with a solar panel on one end that'll charge most devices via a microUSB port. The 1000mAh battery tucked inside is rated to pony up around 350 minutes of talk time for your average smartphone. It'll set you back $70 when it arrives in February. KeyCharge attaches to your keychain and can offer a quick boost 90 minutes of additional time on its 750mAh battery, again via its microUSB port. It'll cost a more modest $25 and will be available to order at the same time Come with us, and you'll be, in a world of pure press releases, after the break.

  • EVDrive offers first batch of e-Moto-CRF250R bikes for $13,700

    by 
    Sharif Sakr
    Sharif Sakr
    12.02.2011

    Motocross riders, go electric and the wildlife will love you for it. In fact, equip yourselves with second-generation e-Moto-CRF250R from EVDrive and human onlookers will love you too, because the 80 horsepower Honda electric motor is plenty sufficient for catching high altitudes and hurtling between trees at 70MPH. It should run for up to 110 minutes on a charge and perform much like its fossil-fueled equivalent, while also being less expensive to run and a heck of a lot quieter. How much quieter? Click past the break for a video of the previous e-Moto in action -- and honestly, there's no need to adjust your volume dial.

  • Hyperspectral camera captures 1,000 colors, identifies contaminants

    by 
    Lydia Leavitt
    Lydia Leavitt
    11.03.2011

    Putting our dinky point-and-shoots to shame, researchers at Tel Aviv University have created a hyperspectral HSR camera that detects more than 1,000 colors -- something that can be used to pinpoint contaminants or hazards in the environment. According to lead scientist Professor Ben-Dor, different elements produce different colors, helping researchers identify hazards or contaminated soil without being forced to bring samples back to the lab. It works as such: the sensor analyzes sunlight as it bounces off an object, which it then interprets. The shooter is so sensitive that it can read samples anywhere from 0.4 inches to 500 miles away, meaning it could operate from weather balloons or even one of these -- rendering Joseph and his amazing technicolor dreamcoat most jealous. Check out the full PR after the break.

  • Catcher hopes to have MacBook Air plant working by November

    by 
    Steve Sande
    Steve Sande
    10.21.2011

    A supplier of MacBook Air aluminum casings, Catcher Technology, recently had to shut down a plant in Eastern China following complaints by neighbors of "strange odors" emanating from the facility. While this could have been a concern for a critical part of the supply chain for one of Apple's most popular Mac products, the manufacturer says the plant should be back up and running by November. A Catcher spokesman noted yesterday that the company is spending between US$2 - 3 million to resolve the environmental issues, cutting back on gas emissions from the plant. Realizing that dependence on a single plant could be a major risk, Catcher is planning on adding some production space in Tainan, Taiwan. The quick resolution of the environmental issues should be reassuring to Apple. The MacBook Air accounted for a large part of the 4.89 million Macs sold in the 4th fiscal quarter ending September 30, 2011, and a slow response by Catcher might have resulted in shortages or worse, Apple moving to another long-term supplier.

  • Apple solar patent wants a sunny display light for your Sunny (De)light

    by 
    Daniel Cooper
    Daniel Cooper
    10.19.2011

    Let's begin with the usual disclaimer: Apple patent applications do not mean the outlandish technology will be arriving in the next iPhone, just that someone in a Cupertino basement cooked it up during a marathon "imagining" session (possibly while enjoying a cool glass of purple stuff). The company's latest drawings-and-charts masterpiece concerns the construction and placement of photovoltaic cells and, more importantly, using the sun's energy to illuminate a display. By using a mirror pointed at the sky, you could reflect some rays toward your screen to supplement an LED backlight, or by turning the top lid of your Macbook into a solar panel. Although we can see one minor drawback in using solar powered backlighting -- if you have to point your display toward the sun, you're gonna need some powerful shades.

  • Apple puts PCs on free recycling party list, opens doors to iPads, iPhones

    by 
    Lydia Leavitt
    Lydia Leavitt
    08.10.2011

    After being forced to pay off the door man to get into Apple's electronics recycling party for years now, PCs are finally getting in for free -- VIP style. Apple has revised its Reuse and Recycling Program and opened the gates to sheep from another shepherd's flock. The new rules are quite a departure from past protocol, which charged PC users 30 bones to recycle non-Apple computers and displays -- unless of course they agreed to purchase a Mac, in which case Apple would kindly do it for free. As part of the restructured program, ripe old iPads and iPhones are now eligible for Apple's exchange program as well, where you'll get a gift card if your device is actually worth anything. The company still recycles old iPods and mobile phones (regardless of manufacturer) for free, and offers 10% off a new iPod if you hand over an old one. With the revised plan it's safe to say the folks at Apple ditched the program's old theme song, "It's Not Easy Being Green," and are instead spinning a new track. Sparkly silver jacket not included.

  • AT&T becomes the first telco to use energy-efficient Bloom Box servers, will power 11 sites in California

    by 
    Dana Wollman
    Dana Wollman
    07.12.2011

    Remember Bloom Energy servers, those low-cost, energy-efficient fuel cells born out of a scrapped NASA project? The company made a splashy debut last year, starting with a spot on 60 Minutes and a long list of early-adopting corporate heavyweights like FedEx, Walmart, Google, Coca-Cola, Staples, and eBay. Since then, we haven't heard much from the company, but today she's back -- AT&T says it will be the first telco to use these refrigerator-sized servers to power its operations. For now, the company's planning on using the technology to run 11 sites in California, a move AT&T says will cut its carbon dioxide emissions in half and virtually eliminate SOx, NOx, and other smog-forming particles. All told, its servers should produce 62 million kWh of power annually -- once all of these servers are fully up and running sometime in the middle of next year, that is. We say good on AT&T, though we'll really be stoked when these things start lighting up more average Joe homes.

  • Biodiesel can be harvested from leftover food, kids no longer have to clear their plates

    by 
    Sharif Sakr
    Sharif Sakr
    05.13.2011

    The best dishes always contain 30 per cent fat minimum. This doesn't merely ensure a level of hearty satisfaction (Windows 7 Whopper anybody?), it also means the leftovers contain plenty of the greasy good stuff, which can be cleverly harvested and metamorphosed into biodiesel. The technology behind this process has been around for a while, but now British firm Greenergy claims it is ramping up commercial production. The firm's CEO reckons each of his new £50million ($80million) biodiesel plants will digest a sufficient volume of waste pies, fries and taramasalata to "fill out a cruise ship every year". Mmmm, pie.