Groundbreaking Technology Transforms Green House Gasses Into Plastic
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A Southern California company called Newlight Technologies has developed a way to make plastic from carbon dioxide and other greenhouse gases. It’s called AirCarbon, and this fall, Dell Latitude laptops manufactured near El Paso, Texas, will be shipped in a Newlight AirCarbon plastic bag made from greenhouse gases that would otherwise be heating the planet. Virgin Mobile, meanwhile, has struck a deal to sell AirCarbon phone cases through Sprint, and furniture maker KI will start using AirCarbon plastic in its products.
“This has the potential not to just change our industry but the world at large,” says Dick Resch, chief executive of Green Bay, Wis.–based KI. “We’re taking pollutants out of the air and turning them into plastics that can be recycled. It’s pretty amazing on several fronts.”
http://www.theguardian.com/sustainable-business/blog/greenhouse-gas-mobile-phones-aircarbon
Forget old-style alchemy. A California-based tech company has come up with something far cooler than just turning dull metal into shiny metal. Using a proprietary 'biocatalyst' machine, Newlight Technologies has devised a way of taking greenhouse gas from the atmosphere and turning it into plastic pellets.
Newlight insists that the technology outcompetes conventional oil-based plastic on price and its overall environmental footprint. It also operates recycling facilities to re-process AirCarbon products, edging it towards the holy grail of "cradle-to-cradle" manufacturing. Plastic manufacturing currently accounts for 4% of global oil consumption, according to the British Plastics Federation.
So will it take off? The early signs are certainly promising. US telecommunications firm Sprint has just announced that it will launch an iPhone 5 and iPhone 5s case based on the revolutionary thermoplastic. The case, which is certified by the independent environmental auditor Trucost as "carbon-negative" (meaning it stores more carbon than it emits), will initially sell in limited volumes online.
"Phone cases are a significant use of plastics for us a very easy market for us to get into", says Amy Hargroves, Sprint's director of corporate responsibility and sustainability. "The point really isn't just about the sales of an AirCarbon case, but it's getting it to scale as an acceptable material in our broader portfolio and that of other companies."
To that end, news from Dell will help. The US computer manufacturer recently reported its intention to release packaging sleeves made from the eco plastic for its Latitude series notebooks. If successful, Dells says it will move more of its packaging and products over to AirCarbon in the future.
Came across in Pop Sci 100 best innovations, quite a game changing invention.
Wow, I have been away helping care for my daughter who broke her leg. First there was no WiFi and now it will not talk to my computer. Anyway, I missed this. What a very, very cool concept. I hope it works, it solves a number of issues in one stroke!
OHIOPHINPHAN
Witness to the first ever practice of the Miami Dolphins, 1966.
Question is how are the greenhouse gases harvested. I mean basically you need a Newlight Plastics plant attached to every coal plant, every car, etc.
Twitter: @ckparrot
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If it is connected to fossil fuel plants that will hasten the demand for electric cars, right?
OHIOPHINPHAN
Witness to the first ever practice of the Miami Dolphins, 1966.
"ckparrothead wrote:
Question is how are the greenhouse gases harvested. I mean basically you need a Newlight Plastics plant attached to every coal plant, every car, etc.
Question harvesting too but either the multiple pantents prevent this from being dislosed in detail or I just haven't looked hard enough.
Newlight Awarded Seventh Patent On the Conversion of Greenhouse Gases, Such As Methane and Carbon Dioxide, Into Biodegradable PHA Plastics
Newlight has invented, patented, and commercialized a groundbreaking family of technologies to convert greenhouse gases, such as waste methane and carbon dioxide gas from wastewater treatment systems, anaerobic digesters, landfills, and energy facilities, into naturally biodegradable PHA-based plastics that can out-compete oil-based plastics on price and performance.
Would guess coal plant burnings aren't seeked out yet, cleanest sources will be used first until demand dictates otherwise.
"Ohiophinphan wrote:
Wow, I have been away helping care for my daughter who broke her leg. First there was no WiFi and now it will not talk to my computer. Anyway, I missed this. What a very, very cool concept. I hope it works, it solves a number of issues in one stroke!
And I hope your daughter recovers completely.
"Ohiophinphan wrote:
If it is connected to fossil fuel plants that will hasten the demand for electric cars, right?
Very indirectly. I guess what you're thinking is we could increase the number of fossil fuel plants and therefore energy output without fear of releasing greenhouse gases but that doesn't account for the diminishing supply of fossil fuels nor the unpleasant effects from mining them (strip mining, etc).
It's a nice idea but I just wonder about the practicality of it making a dent. The real answer probably still has to be solar/wind/hydro. Or fusion.
Twitter: @ckparrot
3 Yards Per Carry Podcast - Featuring Boomer, Section126, and ckparrothead
threeyardspercarry.podbean.com
Good points. Tied together with fusion and battery technology, all suggested by other threads, we could see an energy picture which would be as radically different as the TVA was in the 30s.
OHIOPHINPHAN
Witness to the first ever practice of the Miami Dolphins, 1966.
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