St. Paddy’s Day is definitely an homage to Ireland, but there’s no denying that it also pays tribute to something a little more universal – booze. And while you may be thinking “What the heck does alcohol have to do with green design?” there are actually a keg’s worth of hooch-related eco innovations out there that you might not know about yet. From a man that recycles his own pee into whisky to a machine that turns beer brewery waste into power , read on to see the best boozy green stories we have on tap. This tiny Irish pub on wheels wins St. Patrick’s Day When Irish cabinetmaker John Walsh decided to convert his rusty old caravan into a tiny pub, the world’s most charming St. Patrick’s Day hotspot was born. The Shebeen is literally translated into “an illicit bar where alcohol is sold illegally.” The mobile booze cruiser was so popular in Ireland, the people of Boston commissioned another one to be brought to the states. Aspiring Chinese architect built his office out of 8,500 recycled beer bottles This brings new meaning to the song 99 Bottles of Beer on the Wall . Aspiring architect in Chongqing city, China designed and constructed his very own office with 8,500 recycled beer bottles. The impressive upcycled structure gets its sturdy foundation from 40 layers of beer bottles. The entire construction took four months and $11,000 to complete. PISSKY: Gilpin Whisky is Recycled from Diabetic’s Urine James Gilpin has a bit of a different interpretation of the adage “When life gives you lemons, make lemonade.” Gilpin, who has Type 1 Diabetes got to thinking about elderly patients with diabetes, like his grandmother, who secrete tons of unprocessed medicine and sugar in their urine and had a cool – albeit a little gross – breakthrough. His Gilpin Family Whisky project is a high end line of single malt whiskey made from the sugar-laden urine of people with diabetes – Pissky! We’ll drink to that! HEINEKEN WOBO: A Beer Bottle That Doubles as a Brick Have your brick and drink it too? Famed beer brewer Alfred Heineken and Dutch architect John Habraken came out with their Heineken WOBO (world bottle) brick all the way back in 1963, but the principle behind it still rings true today. As you probably already guessed, the idea behind the boozy brick was that thirsty people could drink their fix of beer from the WOBO and reuse it to build structures. Cheers to that. Intoxicating Pavilion Made of 33,000 Yellow Beer Crates It must have taken a lot of frat parties to empty out the 33,000 yellow beer crates that architects SHSH stacked atop one another to create this intoxicating pavilion . Using the crates like giant legos, the design features interesting architectural touches like columns, arches and even domes inside. Beer Can House Has 50,000 “Bottles of Beer” on the Walls 99 bottles of beer is already quite a few to have on your walls, but how about 50,000?! Well, that’s about how many John Milkovisch used for his Beer Can House. He drank many of the cans himself (not his least favorite part of the job, we’re sure) and they’re on the walls, swaying from the front porch, and pretty much everywhere else! PurposeEnergy Turns Beer Brewery Waste Into Clean-Burning Biofuel We’ve seen everything from ice cream to 4Loko being used as fuel and now we can add beer to the list of alternative energy sources – well, beer waste, that is. PurposeEnergy Inc. has created a device that recycles the waste from brewing beer into a functional natural gas. World’s Greenest Whisky Distillery Unveiled in Scotland Okay, so we know today is supposed to be all about Ireland, but Scotland has been greening their booze game too so we need to give them a shoutout. Scottish drinks giant Diageo recently unveiled their £40 million environmentally friendly Roseisle Distillery in Elgin. The innovative project by Austin-Smith: Lord Architects infuses traditional distilling with modern environmental technologies and was even awarded a BREEAM ‘Excellent’ award. DIY (Drink-It-Yourself) Xylophone Made From Beer Bottles! Up until we say this crazy contraption, the only music we thought could come out of beer drinking was awful karaoke. Designer Sam Gensburg’s creation is a lot less painful on the ears and features a special packaging for beer bottles that allows them to be transformed into a tone-accurate xylophone after you’ve drunk ’em. + Click through our gallery to see more booze-related green design
Lucid has released new details about its much-anticipated electric car , including an extremely affordable starting price tag for a fully featured luxury electric car. Unveiled at a recent VIP event in California, the Lucid Air comes in at just $60,000 for a base model—a figure that drops to a very-palatable $52,00 after the $7,500 federal tax credit for EVs gets factored in. And while we’re talking about a base model here, the performance and features boasted by the Air are far from Spartan. The car has a 240-mile range powered by a 400-horsepower, rear-wheel electric motor—along with equipment for autonomous driving, 12-way power front seats, four interactive touch screens, and more. You can get even more if you get in on the ground floor, as the first 255 Lucid Airs manufactured will be special Launch Editions priced at above $100,000 with a unique trim, 21” wheels, boosted audio, and up to 315 miles-worth of range at 1,000 horsepower. The company will also offer other configurations and options that include a battery with up to 400 miles of range, a twin-motor configuration with all-wheel drive, a glass canopy roof, rear executive seats that recline up to 55 degrees, 22-way power front seats; a 29-speaker audio system, and more. Related: New York will give you a $2,000 discount to buy an electric car According to TechCrunch , the company recently released its pricing information in an effort to quell speculation that its vehicles would start at more than $100,000. Now they’ve revealed that you can not only get a luxury electric car for less than $60,000, but also one that’s high performance with great equipment; it’s getting harder and harder not to dump the gas guzzler and switch to electric. If you’re raring to get one of the first Airs off the line, you can reserve yours here –with a $2,500 deposit. Via Lucid and TechCrunch Images via Lucid
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Lucid releases details about new electric car – including $60,000 price tag
Senator James Inhofe of Oklahoma claimed Thursday on CNN that the Environmental Protection Agency is “brainwashing” America’s children, defending Donald Trump’s plan to cut the agency’s funding by 31 percent. He told the network: “We want to deliver the services. We ought to make things clean. But we ought to take all this stuff that comes out of the EPA that’s brainwashing our kids, that is propaganda, things that aren’t true, allegations.” This isn’t the first time Inhofe has made a controversial statement while he’s been in office. During the 2002 midterm election, he compared the EPA to the Gestapo , and has declared global warming to be a hoax on multiple occasions. (Unlike Donald Trump, however, he doesn’t believe it’s the work of the Chinese government. The credit instead goes to Barbra Streisand .) In 2015, he made headlines by bringing a snowball onto the floor of Congress in an attempt to disprove the existence of climate change. So while his statements this week are deeply troubling, they’re not at all unexpected. Related: Trump to purge climate change from federal government The most recent comments came during an interview asking Inhofe his opinion on proposed funding cuts to the EPA. The plan would cut a staggering $100 million from the agency’s climate change programs, and reduce its overall budget from $8.3 billion to $5.7 billion. This could have far-reaching impacts beyond reducing the EPA’s ability to fight climate change – it could also affect its ability to enforce clean water and air regulations, and would cut 3,200 jobs from the agency (about 1/5 of its workforce). The cuts would also end specific programs to restore the Chesapeake Bay and Great Lakes, along with a program to certify eco-friendly appliances under the Energy Star Label. The proposal would also cut funding for the National Oceanic and Atmospheric Administration by as much as $990 million and funds for critical health research carried out under the National Institutes of Health by $5.8 billion. Defense spending, on the other hand, would increase by $52 billion. Related: Scott Pruitt attacks critics and EPA employees in first speech The budget would need to be approved by Congress before it could be implemented, however, with lawmakers like Inhofe in office, we may have reason to be concerned. Via Business Insider Images via Gage Skidmore , Screenshot/C-SPAN
Comments Off on Apple’s new campus partially built with green bonds
In fiscal 2016, it dedicated over $441 million to 16 projects.
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Apple’s new campus partially built with green bonds
Comments Off on How real estate developers can profit from solar
Entrepreneurial firms see installations as a way to reduce vacancy rates or increase leasing rates.
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How real estate developers can profit from solar
February 23, 2017 by
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Comments Off on Apple’s $5 billion spaceship campus to open in April as "Apple Park"
Apple’s new headquarters in Cupertino is all set for a planned move-in date of April 2017. Steve Jobs first presented his vision and building plans for the “spaceship” campus to city managers in 2011, and the company just announced that its new headquarters will officially be called “Apple Park.” The building will pump out 17 megawatts of solar power via panels on its massive roof – that’s enough energy to power most of the 175-acre site. More than 12,000 apple staff will inhabit the complex, which will include a 1000-seat auditorium dubbed the “Steve Jobs Theater.” According to Apple, the campus’ ring-shaped 2.8 million-square-foot main building is covered in the world’s largest curved glass panels. The entrance to Jobs’ namesake auditorium consists of a 20-foot-tall glass cylinder that’s 165 feet in diameter and supports a metallic carbon roof. Said theater sits on top of a hill, at one of the highest points of land in Apple park, where it looks out over surrounding meadows in the Santa Clara Valley and the campus’ main building. https://www.youtube.com/watch?v=3VCvkYA5dR8 “Steve’s vision for Apple stretched far beyond his time with us. He intended Apple Park to be the home of innovation for generations to come,” says Apple CEO , Tim Cook. “The workspaces and parklands are designed to inspire our team as well as benefit the environment. We’ve achieved one of the most energy-efficient buildings in the world and the campus will run entirely on renewable energy.” It will take employees as long as six months to move in and get settled away in the massive building . After doing so, they’ll be able to take advantage of a café that’s open to the public, a 100,000-square-foot fitness center, secure R&D facilities, a theater, as well as two miles of paths for walking and running, an orchard, a meadow and a pond. Related: Jaw-dropping scale of Apple’s spaceship campus revealed in new drone footage Apple Park was designed in collaborating with Foster + Partners , and it takes the place of what was once 5 million square-feet of asphalt and concrete. The land is now planted with grassy fields, and native and drought-resistant trees. Via Digital Trends and Apple Images via Apple
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Apple’s $5 billion spaceship campus to open in April as "Apple Park"
February 14, 2017 by
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Comments Off on Powerful new Penn State battery turns waste CO2 into electricity
With so much excess carbon dioxide in the atmosphere, researchers from every corner of the globe are working on innovative ways to soak it up. Penn State University scientists have gone a step further with a powerful new battery that not only soaks up CO2, but also repurposes it to make more energy . Their pH-gradient flow cell battery is not the first of its kind, but it is the most powerful – take a closer look after the jump. In an article published by Environmental Science and Technology Letters , the Penn State researchers note the discrepancy between CO2 concentrations in regular air and exhaust gases created by fossil fuel combustion results in an “untapped energy source for producing electricity.” “One method of capturing this energy is dissolving CO2 gas into water and then converting the produced chemical potential energy into electrical power using an electrochemical system,” they write. While previous attempts to convert CO2 into electricity have been successful, the researchers say power densities were limited, and ion-exchange technology expensive. They said their ph-gradient flow cell battery is considerably more powerful. Related: Plants are keeping atmospheric CO2 levels stable, but it won’t last forever “In this approach, two identical supercapacitive manganese oxide electrodes were separated by a nonselective membrane and exposed to an aqueous buffer solution sparged with either CO2 gas or air,” they write. “This pH-gradient flow cell produced an average power density of 0.82 W/m2, which was nearly 200 times higher than values reported using previous approaches.” Engadget breaks this down for lay readers: “As ions are exchanged between the denser CO2 solution and normal air solution, the voltage changes at the manganese oxide electrodes in either tank. This stimulates the flow of electrons between the two connected electrodes and voilà: electricity.” They also report that the process can essentially be reversed to recharge the battery, and that Penn State was able to repeat this process 50 times without losing performance. For now, the researchers aren’t ready to scale their technology, but when they do, they envision it embedded in power plants, diverting atmospheric CO2, and slowly chipping away at one of the most epic challenges humans have ever faced: climate change . Via Engadget Images via Environmental Science and Technology Letters, Pexels
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Powerful new Penn State battery turns waste CO2 into electricity
Comments Off on Historic San Francisco church creatively reborn as loft apartments
Just across the street from San Francisco ‘s iconic Dolores Park is a striking dome-topped building with bold white columns lined up along its entrance. The imposing Neoclassical structure doesn’t look much like an apartment building, and for good reason: the building served as the Second Church of Christ, Scientist for the past one hundred years. A century later, the structure has been remodeled and creatively repurposed into a series of unusual and stunning private residences by developer Siamak Akhavan in partnership with HC Engineering and Modifyer . The original church was designed by architect William Crim in 1915 , who was also responsible for several other civic buildings that are still used in San Francisco today – including churches, temples, banks, and restaurants. The design for the Second Church of Christ, Scientist is Neoclassical, with traditional elements including large columns flanking the portico and a distinctive dome topping the building. Many major public buildings from this time period were constructed in the then-popular Neoclassical and Beaux Arts styles, featuring inspiration from the Greek and Roman period with additional aesthetic flourishes such as decorated columns, carved molding, and arched windows. ®Open Homes Photography By the early 2000s, the church’s congregation had been dwindling for years, making the cost and management of such a monumental property unsustainable. Several years prior to the residential conversation, the church had considered razing the historic building to build a few townhouses, which would have also financed the construction of a much smaller church. However, these plans never came to pass, and the property was sold by the church and subsequently permitted for conversion into a residence by 2013. ®Open Homes Photography The church looks much the same from the outside, retaining its historical significance to the neighborhood. However, the “Second Church of Christ, Scientist” lettering was removed and replaced with the building’s new name: ” The Lighthouse “. San Francisco Department of Planning The remodel includes several high-end three-bedroom townhouse units up for sale . Not for sale is the unusual penthouse suite , which hovers directly underneath the former church’s giant dome. In order to create living space and light, the dome was actually sliced off and then elevated several feet higher. The uppermost unit is set to be occupied by Siamak Akhavan, managing partner of The Lighthouse development team, and one of its principal designers. ®Open Homes Photography The units feature large, open floor plans with unique elements such as exposed brick walls and skylights that highlight original construction elements. ®Open Homes Photography The remodel made sensitive re-use of existing elements and incorporated materials from the original church building, including walnut paneling, entry doors, and brass chandeliers – plus original wooden church pews as seating. ®Open Homes Photography The remodel creatively works around the original steel frame structure by showcasing it in various rooms throughout the units. Because of its former life as a place of worship, the building features unusually high ceilings – up to 15-30 feet high in the living areas. + HC Structural Engineering, Inc. + The Lighthouse ®Open Homes Photography
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Historic San Francisco church creatively reborn as loft apartments
Comments Off on Produce your own water from thin air with SunGlacier’s solar-powered DC03
If you’re alarmed by reports of dwindling water supplies across the globe, there has never been a better time to take matters into your own hands. SunGlacier founder Ap Verheggen, who has spent the better part of the last decade designing devices that harness the sun’s potential to extract water from thin air, has made his latest design available online – for free. The solar-powered DC03 relies on a Peltier element, explained in greater detail below the jump, to produce a small amount of clean water each day without a battery, without fans or an inverter, and without any moving parts that could easily degrade. The solar-powered DC03 device generates power for an 18W Peltier element. Asked to explain that in layman’s terms, Ap Verheggen told Inhabitat: “A Peltier element is a very small and thin square piece of electronics. If you connect it to electricity, it becomes hot at one side, and cold at the other side. The cold side we use to cool a cone. As the air comes at the cool cone, moisture in the air starts to condensate and produces water drops.” Water drawn from the air then drips, through gravity, into a glass (or whatever vessel each person chooses to use). Because the Peltier element has a temperature difference of 67C maximum between the upper “hot” side and the under “cool” side, according to SunGlacier, the hotter the air, the more water the device produces, bringing the group one step closer to their original ambition of improving water security for people living in desert conditions . Related: A solar-powered leaf that makes ice in the desert At the moment, the device makes about half-a-glass of water every six hours, according to SunGlacier. It is designed to operate during daylight hours only, mitigating the need for a battery. Verheggen says while the DC03 design has been thoroughly tested, it has not been optimized, which is where you come in. In the same spirit as Elon Musk’s approach to the Hyperloop , whereby he encourages anyone to improve upon the original idea, SunGlacier invites the public to take a stab at making their own solar-powered water maker using their design, which is available online . Universities and research institutes from as far afield as Iran, Romania, South-Africa and The Netherlands have already expressed an interest in getting involved, Verheggen says. This collaborative approach is expected to make SunGlacier’s groundbreaking, low-maintenance design accessible to the greatest number of people possible – and that is something we can really get behind. + SunGlacier Photos by Hessel Waalewijn
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Produce your own water from thin air with SunGlacier’s solar-powered DC03
Comments Off on Is more tech the answer to climate woes? New study says yes
New study shows that tenfold increase in the pace of clean tech deployment is required to meet the Paris Agreement goals.
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Is more tech the answer to climate woes? New study says yes