Elon Musk’s Boring Company Delivers $600 Flamethrower

Last December, Boring Company CEO Elon Musk promised to sell a Boring Company-branded flamethrower after selling 50, 000 Boring Company hats. Well, sure enough, 50, 000 hats were sold and Musk is delivering on his promise. The Verge reports: Mark this down as one of the promises Elon delivers on, apparently, because it looks like the Boring Company flamethrower is here. Redditors in a few SpaceX, Boring Company, and Musk-related subreddits noticed earlier this week that the URL “boringcompany.com/flamethrower” started redirecting to a page with a password box. And at least one user was able to guess the original password, too: “flame.” (It’s since been changed.) Behind that password was a shop page that looks just like the one for The Boring Company’s hat. But instead of a $20 cap, they found a preorder prompt for a $600 flamethrower. “Prototype pictured above, ” the listing reads. “Final production flamethrower will be better.” Read more of this story at Slashdot.

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Elon Musk’s Boring Company Delivers $600 Flamethrower

California is set to hit its green-energy goals a decade early

California is both the nation’s leading renewable-energy proponent and one of the few states to actually put its power where its mouth is. In November, the California Energy Commission released its annual Renewable Portfolio Standard (RPS) report which found that the state’s three investor-owned utilities — Pacific Gas & Electric, Southern California Edison and San Diego Gas & Electric — are on track to collectively offer 50 percent of their electricity from renewable resources by 2020. That’s a full decade faster than anyone had anticipated. Reports like these have been used to promote clean-energy production throughout the US and the rest of the world since the 1970s. However, it wasn’t until 2002 that California codified the practice . But despite being in effect for only 15 years, California’s mandatory reporting has become a potent tool in fighting greenhouse-gas emissions throughout the state. Arnold Schwarzenegger and CA Governor Jerry Brown at the One Planet Summit, Dec ’17 “We’ve got to realize that we are here today because of oil — oil and gas, to a lesser extent, coal, ” California Gov. Jerry Brown told the press at a 2015 signing ceremony, where he increased the state’s renewable goal to 50 percent. There, he pointed out that California is still the third-most-oil-producing state in the union, behind Texas and North Dakota. “What has been the source of our prosperity has become the source of our ultimate destruction, if we don’t get off of it, ” he added. And get off it we have. As of last year, 32.9 percent of PG&E’s power came from renewable resources, as did 28.2 percent from SoCal Edison and a whopping 43.2 percent from San Diego Gas — granted, SDG&E is by far the state’s smallest investor-owned utility. And, despite critics’ complaints that moving to renewables would stymie economic growth and increase the electric bills of customers throughout the state, it’s actually been quite the opposite. In the last seven years, California has seen a massive construction boom in the solar- and wind-energy sectors. The price of solar power has dropped to under $30 in 2016 from around $136 per megawatt-hour in 2008, while wind power prices have fallen to $51 in 2015 from $97 per megawatt-hour in 2007, per the report. Over the same period, the state has seen greenhouse-gas emissions from electricity generation decrease nearly every year. Jerry Brown speaks at the launch event at the US climate action center And despite the Trump administration’s quixotic quest to make coal happen, California has ratcheted up its own climate-change-response efforts. Of course, California isn’t the only state to do so. Hawaii recently passed legislation dictating that a full 100 percent of its electricity generation come from renewables by 2045, while Vermont is aiming to hit 75 percent by 2032. Granted, both of those states are home to far fewer people than California and therefore require far less energy, so the Golden State is uniquely situated to lead the renewable energy revolution. “California in a lot of ways is a blessed state, ” said Dr. Austin Brown, executive director of the UC Davis Policy Institute for Energy, Environment and Economy. “We have a wealth of both wind and solar, a lot of historically built hydro that we can use.” That said, California is not — and cannot be — in this effort alone. While the state does often produce an excess of solar power in the mornings and early afternoons, utilities often have to resort to gas-powered plants during the evening hours and during times of peak demand. As such, Brown explained, “hydropower is great because it can be used to fill in the peaks and valleys.” The Ivanpah Solar Electric Generating System “We have an interconnected grid so I think it would have been foolish to say, ‘It all has to be done in California, ‘” Brown continued. “One of the benefits of the grid is that we’re able to trade power — bring hydro down from the Northwest, bring wind in from Wyoming. These are all really good things.” California’s aggressive policies toward renewables also deserve credit. “People want to cast it as a choice between policy or technology as a solution but those should exist hand-in-hand, ” Brown said. “We would have never gotten renewable energy prices where they are today without really ambitious public policy.” Since 2002, both Gov. Brown and his Republican predecessor, Arnold Schwarzenegger, have continually sought to push the clean-energy standards forward. “It shows the importance of bold goals, ” Brown declared. “When you put a marker way out there and say, ‘We’re going to go achieve that, we’re going to write this down as a matter of policy and then go do it, ‘ you can accomplish an enormous amount.” And now that California is on pace to hit 50 percent renewable by 2020, the state could soon set an even loftier goal: 80 percent by 2050, according to Brown. “When you get it right, it’s this virtuous cycle where policy improves technology and that allows us to go for greater ambition without increasing prices and continuing to reduce unintended consequences, ” Brown said. Of course, setting goals and actually achieving them are two very different things. Indeed, the path to 80 percent renewables will pose its own unique challenges. The effects of diminishing returns will soon come into play, Brown explained. “Once we get to about 50 percent, we’re going to start to run into new challenges — the second 50 percent will be trickier than the first 50 percent.” Should we continually produce renewable energy at times when there is already excess generation, the value of that energy will decrease, Brown notes. Tesla Powerpack Units at the SoCal Edison Mira Loma Substation Yes, we could incorporate battery technology such as Tesla’s Power Cells or the 50 MW hybrid peaker plant system that installed this past April, but Brown thinks there might be an easier, less expensive alternative. “Storage is probably not the first option you want to talk about when you discuss grid integration just because batteries are still pretty expensive compared to other technologies, ” he said. Instead, Brown suggested methods such as pre-cooling buildings during times of low demand so as to not place additional strain on the grid during peak hours, or increasing grid flexibility — that is, increasing the ability to pass power around without congesting transmission lines. “When you look at it, storage works, but it’s probably the last thing in the stack that we want to go to, ” Brown concluded. The effects of global warming will pose their own unique set of challenges. With California’s temperate climate, residents don’t typically need to run their A/C or heaters for months on end as they do in other parts of the country, though that could change as the planet continues to warm. Daytime energy demands will likely increase throughout California and the Southwest due to the higher temperatures, thereby increasing air-conditioning usage, Brown explained. To a lesser degree, the colder winters should similarly increase heating demands. Brown also fears that we’ll see a “significant increase in heat-related injuries and death” as well as other dangerous trends such as the prolonged drought the state recently emerged from and the massive wildfires it currently faces. Burbank, California, residents fleeing the La Tuna Canyon Fire Energy production will also feel the impacts of climate change. “Solar is dependent on the amount of cloud cover, ” Brown said. “Wind power obviously depends on wind, and we might see shifting wind patterns in a changing climate, ” though he’s not entirely certain what those changing patterns will look like. Conventional power plants will also feel the effects. As Brown points out, a number of nuclear- and fossil-fuel plants have been temporarily knocked offline in the past few years because the of the heat that knocks their water-cooling systems offline. “It’s a threat multiplier, ” he said. “It takes all the things that are problematic now and makes them much more common.” And while achieving 100 percent renewable energy production is a noble goal, it may not be the most important one for California to focus on. “I think of 100 percent [renewable production] as a bit of a red herring, ” Brown explained. “If you want 100 percent it should be 100 percent zero-carbon electricity. Climate change is the existential threat, and I don’t want to waste time arguing about what’s renewable or not. You have to get the carbon out of the energy system as quickly as possible.” Images: Getty (All)

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California is set to hit its green-energy goals a decade early

High Sierra’s Disk Utility Does Not Recognize Unformatted Disks

macOS 10.13’s Disk Utility 17.0 (1626) does not recognize raw drives, reads a blog post, shared by several readers. From the post: Diskutil does recognize the drive. We’ll use it to perform a quick, cursory format (e.g., diskutil eraseDisk JHFS+ NewDisk GPT disk0) to make the disk appear in Disk Utility, where further modifications can more easily be made. Plugging in an unformatted external drive produces the usual alert, “The disk you inserted was not readable by this computer. Initialize… | Ignore | Eject”, but clicking Initialize just opens Disk Utility without the disk appearing. There’s an option in Disk Utility to view “all devices, ” but clicking that doesn’t show raw disks, the blog post adds. Read more of this story at Slashdot.

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High Sierra’s Disk Utility Does Not Recognize Unformatted Disks

California continues to lead the US in renewable energy

In 2006, California adopted aggressive legislation aimed at reducing greenhouse gas emissions and boosting renewable energy production throughout the state. And since then, the state has been tracking its progress through its annual California Green Innovation Index report. The ninth report was just released this week and it shows that the state has made some major progress towards its renewable energy goals while hitting a bit of a bump in regards to its emission reductions. Between 2010 and 2015 solar energy generation increased by over 1, 700 percent and renewable electricity accounted for almost 22 percent of all of the state’s electricity generation in 2015. From 2014 to 2015, renewable energy generations increased by over eight percent overall with solar power rising by over 40 percent. But because of the drought, hydroelectric energy generation decreased over six percent. Importantly, the report also shows that with a push towards renewable energy, job and economic growth aren’t hampered. In fact, it’s quite the opposite. Since California’s climate law was passed in 2006, the state’s GDP has increased by nearly $5, 000 per person — which is double the increases the US achieved as a whole. Job growth in California was also stronger than the rest of the country by about 27 percent. These achievements were accomplished all while reducing per capita emissions by 12 percent and carbon-intensity by 4.5 percent. However, while the report shows that the state is doing very well in some areas, it also notes that reductions in greenhouse gases have stalled, falling just 0.34 percent between 2014 and 2015. And those numbers have been leveling out for the last few years. The report attributes the lack of progress in this particular area to cheaper gas prices and increased commute times — which rose nearly three percent — as residents are forced to move further away from their jobs due to the rising housing costs in urban areas. “Transportation sector emissions vastly outweigh other carbon-producing areas of California’s economy, and the recent spike should alert policy-makers that despite our best efforts, more must be done, ” Adam Fowler, an economist at the research firm that put the report together, said in a statement . However, while there’s still some work to be done, the progress the state has made shows that its efforts are largely working and should be seen as a standard for other states and the country as a whole. “The data in this year’s Index shows that developing cleaner transportation options presents both a great challenge and a great opportunity for the state moving forward, ” said Noel Perry, the founder of the nonprofit group Next 10, which released the report. “Finding a way to reduce emissions by 5 percent each year in the coming decade will require innovation. Fortunately, that’s something California has proven it knows how to do.” Source: Next10 (1) , (2) , (3)

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California continues to lead the US in renewable energy

Cheap catalyst takes sunlight and carbon dioxide, makes methane

Enlarge / The catalyst in question. (credit: John Timmer) The carbon dioxide we’re currently dumping into the atmosphere started out as atmospheric carbon dioxide hundreds of millions of years ago. It took lots of plants and millions of years of geological activity to convert it to fossil fuels. One obvious way of dealing with our atmospheric carbon is to shorten that cycle, finding a way to quickly convert carbon dioxide into a usable fuel. Unfortunately, carbon dioxide is a very stable molecule, so it takes a lot of energy to split it. Most reactions that do so end up producing carbon monoxide, which is more reactive and a useful starting material, but it’s far from a fuel. Now, though, researchers have discovered a catalyst that, with a little help from light, can take CO 2 and make methane, the primary fuel in natural gas. While the reaction is slow and inefficient, there are a number of ways it could be optimized. Unexpected methane The work started out with a catalyst that converts carbon dioxide to carbon monoxide when supplied with a source of electrons. The catalyst is a complex ring of carbon-based molecules that latch on to an iron atom at the center. The iron interacts with carbon dioxide, allowing hydrogen atoms from water to break one of the carbon-oxygen bonds, liberating water. The iron loses some electrons in the process, and these have to be re-supplied for the cycle to start again. Typically, that supply comes in the form of a separate chemical that readily gives up some electrons. Read 10 remaining paragraphs | Comments

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Cheap catalyst takes sunlight and carbon dioxide, makes methane

A Coal-Fired Power Plant In India Is Turning Carbon Dioxide Into Baking Soda

schwit1 quotes a report from MIT Technology Review: In the southern Indian city of Tuticorin, locals are unlikely to suffer from a poorly risen cake. That’s because a coal-fired thermal power station in the area captures carbon dioxide and turns it into baking soda. Carbon capture schemes are nothing new. Typically, they use a solvent, such as amine, to catch carbon dioxide and prevent it from escaping into the atmosphere. From there, the CO2 can either be stored away or used. But the Guardian reports that a system installed in the Tuticorin plant uses a new proprietary solvent developed by the company Carbon Clean Solutions. The solvent is reportedly just slightly more efficient than those used conventionally, requiring a little less energy and smaller apparatus to run. The collected CO2 is used to create baking soda, and it claims that as much as 66, 000 tons of the gas could be captured at the plant each year. Its operators say that the marginal gain in efficiency is just enough to make it feasible to run the plant without a subsidy. In fact, it’s claimed to be the first example of an unsubsidized industrial plant capturing CO2 for use. schwit1 notes: “A ‘climate change’ project that doesn’t involve taxpayer dollars? Is that even allowed?” Read more of this story at Slashdot.

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A Coal-Fired Power Plant In India Is Turning Carbon Dioxide Into Baking Soda

Two Billion-Year-Old Water Found in Canadian Mine

Scientists have uncovered 2 billion-year-old water in an Ontario mine. (Image: University of Toronto) Canadian Geoscientists have uncovered water that dates back a whopping two billion years. It’s the oldest water ever discovered on Earth, and it could broaden our understanding of how life emerged on our planet—and possibly elsewhere. Read more…

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Two Billion-Year-Old Water Found in Canadian Mine

Scientists Just Discovered Three Adorably Tiny New Salamanders

A team of biologists has just named three new salamanders in the genus Thorius ; the tiniest tailed tetrapods known to science. Smaller than a matchstick, these creatures are as strange as they are adorable, their miniaturized anatomy pushing the boundaries of what natural selection can produce. Tragically, all three species appear to be edging toward extinction. Read more…

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Scientists Just Discovered Three Adorably Tiny New Salamanders

Global Carbon Emissions Are Stable For Third Year in a Row: Report

Image: Kishjar/Flickr CC In a welcome reminder that not everything is terrible always, global carbon emissions barely grew at all in 2016. It marks the third year in a row that humanity’s carbon footprint has been stable. They’re still much higher than they should be, but at least they are stable. Read more…

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Global Carbon Emissions Are Stable For Third Year in a Row: Report

He must be serious about Mars: Elon Musk invests $2 billion in carbon fibers

(credit: SpaceX) SpaceX appears to be betting big on carbon fiber composites, which could increase the capacity of its future rockets to get people and supplies into space—and eventually to the surface of Mars. According to a report in Nikkei Asian Review , SpaceX has signed an agreement with Toray Carbon Fibers estimated to be worth $2 billion to $3 billion. The total price and delivery dates have yet to be finalized. It is not immediately clear exactly when, and in which launch vehicles, these lightweight composites will be employed by SpaceX. But the company is not alone in its interest—NASA and other aerospace companies have been experimenting with the materials because they have the potential to increase the amount of payload that can be carried by a rocket. They could also lower overall manufacturing cost. The scale of the deal seems telling, however. If the value of the deal as reported is correct, in the billions of dollars, it seems probable that the carbon fiber composites would be used in SpaceX’s proposed Mars Colonial Transporter rocket. This is the very large (but still under development) rocket the company plans to use to transport humans to Mars. SpaceX is already far along in the production of its Falcon Heavy rocket, which is based on the Falcon 9 core stage. The first stage of the Falcon 9 rocket, which SpaceX has successfully been landing this year, has tank walls and domes built from an aluminum lithium alloy. (Ars has reached out to SpaceX for comment on this story and will update accordingly). Read 2 remaining paragraphs | Comments

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He must be serious about Mars: Elon Musk invests $2 billion in carbon fibers