JBI's Plastic To Oil Gets Operating Permit
Whammy666 writes "JBI, Inc. announced that it has entered into a formal Consent Order with the New York State Department of Environmental Conservation (DEC) Region 9, which will allow the Company to immediately run its Plastic2Oil (P2O) process commercially and begin construction of an additional processor at its Niagara Falls, New York P2O facility. JBI has developed a process that takes waste plastic destined for landfills and converts it into diesel fuel, gasoline, and natural gas with very little residue. The process is said to be very efficient thanks to a special catalyst developed by JBI and an attention to process optimization. That plastic water bottle you tossed in the trash could soon be fueling your car instead of sitting in a landfill for 1000 years."
No more trash island.
Hurray, we can turn safely contained pollution on/in the ground into air pollution! Someone managed to rebrand this exercise as environmentally conscious, while all we're doing is burning trash. Hat's off, really.
It takes a man to suffer ignorance and smile
Be yourself no matter what they say
... after studying the chemical composition of oil: "This stuff is way too valuable to simply burn it".
right...
So your average plastic water bottle requires about 1/4 a litre of refined oil products to be produced. How much oil do you get back from this?
Don't get me wrong it's a great solution to what's already in the landfill, but if most people re-used, re-cycled or substituted (wtf do you need to buy bottled water anyway, the stuff runs from every tap in the city), then there would be a much bigger impact. How much energy does the process need? What are the impacts with regard to the catalyst that is used? How hard is it to manufacture the catalyst?
If it ends up in a landfill right now, you're doing something wrong. Some countries (Scandinavia) have recycling quotas >90% already.
Fleur de Sel
I've been watching GRC for a while now... Last I heard their prototype microwave was functional, and they were taking orders. The prototype uses a vacuum chamber: fill the chamber with used tires, apply vacuum, turn on the microwave, and *poof*, out comes the hydrocarbons.
Every 20lb tire yields a gallon of diesel fuel, ~50 cubic feet of "propane" (butane and... something else), recyclable steel, and carbon black. Haven't seen anything recently, just a new patent for using microwaves to desalinate seawater...
This thing looks useful too - there's a ton of plastic warehoused in the world's garbage dumps, and it won't be long until they start getting mined.
Learn the rules so you know how to break them properly.
www.teslabox.com
I remember reading about a huge amount of plastic floating in the ocean. Since it was just garbage no-one seemed interested in cleaning that up.
Now this plastic has become a valuable supply for producing oil, I'm sure some entrepreneur will stand up and collect it for a profit!
To Terminate, or not to Terminate, that's the question - SCSIROB
That plastic water bottle you tossed in the trash could soon be fueling your car instead of sitting in a landfill for 1000 years."
So this means that yet more sequestered carbon dioxide will be pumped into the atmosphere? If that's the case then... Wonderful! It's exactly what we need.
The Earth wants plastic for itself, and created us to make it! (Thank you, George Carlin.)
Jhyrryl
So this guy has a process that takes plastic and turns it into oil to power cars. Great...
Well guess what: the new trend is electric, or hybrid-electric cars. Their main fuel is electricity, and there's already a very efficient way to turn waste plastic into electricity, by burning it to fuel a power plant (with the proper filters at the smokestacks to avoid polluting and all). Even accounting for the loses in transportation, battery storage and reuse in electric motors, I bet the plastic-powered electric car is way more efficient than the plastic-gasoline powered ICE car.
So yes, the market for plastic diesel is huge today, but it'll only go down over the years, as oil prices rise and people buy more electric vehicles. In short, I'm not investing.
"A door is what a dog is perpetually on the wrong side of" - Ogden Nash
They have clearly been watching the Doctor Who story 'The Green Death' (1973) and decided to reverse the oil-to-sludge process described therein.
The density of same isn't really high enough to make this feasible as I understand it (Can't remember the details exactly)
Why is JBIs solution supposed to be a better alternative than the UN sponsored machine made by Blest (founded by Akinori Ito)? /. reported on this earlier this year, but no-one mentions a comparison between these solutions.
IIRC,
Check out the article and the video about Blests "plastic to oil" solution.
From what I can see, two of Blests major advantages, is that the equipment is so small that it's portable, and that it requires no chemical additives to do its thing.
That's going to be a huge factor when it comes to introducing this to the developing countries, which we most definitely will need to do in the long run.
Quick! Start buying up landfills!
Plastic mining is the way of the future.
"We can confirm that Debian does *not* ship the version with the trojan horse. Our version predates it." [CA-2002-28]
Try Germany ... they refill the bottles and use them again. Wow!
No sig today...
I recall Doc putting some sort of plastic bottle into DeLorean for energy. Science Fiction writers always seems to be shockingly more accurate in future predictions than any academic I've come across...
... got recycled, because I live in the civilized part of the world.
The only thing going straight to the land-fill is cat litter in a plastic bag.
Maybe you should try it sometime. And don't give that Bullshit-BS. It still recycle resources and maybe your recycling would be more efficient if it happened on a large scale instead of just a few states.
Maybe the next war will be fought over those floating piles of trash in the ocean.
That's our life, the big wheel of shit. - The Fat Man, Blue Tango Salvage
Ok, having worked in a recycling center doing IT work I would imagine that paper economies and plastic economies are much the same. The way it works is that depending on economic factors they would likely take the plastic for free, or might pay a small dividend for it.
It's really up to their providers to determine the costs of sorting the plastic out. If your already sorting plastic to begin with than it makes sense, if you aren't than the costs of sorting the plastic out of the garbage and transporting it would easily exceed the financial gain from selling your recycles.
The real costs have nothing to do with the supply costs. They are sunk into transportation, sorting (manpower), and machinery. Unless these types of factories sprout up by the thousands, there just isn't going to be a lot of demand to drive up the price - regardless of the cost of a barrel of oil. In this case the costs for getting the material vs disposal are going to be a far higher consideration for most areas than the amount of money to be gained from selling the oil.
A supplier isn't going to spend their own money to send them plastic vs the landfill unless they are already owned by the supplier or live in an area that already strictly dictates the sorting of plastics to begin with. The bottom line is that it has to cheaper for the supplier to send them the plastic than it is for them to get rid of it on their own.
They should be cheered at, not sneered at for being willing to take this kind of financial risk for a low profit margin endeavor. Whether you like government subsidies or not, I would imagine that a plant like this would probably be at least moderately dependent upon them. By all means, it is another form of recycling and we should embrace it and be grateful that another chunk of our garbage isn't going to a landfill.
Why is everyone's post starting at score 2, but mine are starting at score 1? No wonder no one takes them serious...
that tastes like delicious fig pudding but is luminous green and toxic.
the amount of power required to run its how many kilowatts?
The point is, we can't keep burning fossil fuels at the rate we have been for the last 110 years. The Carbon, Methane and other environmentally detrimental byproducts released when fossil fuels burn is a bigger problem than running out of oil.
boycott slashdot February 10th - 17th check out: altSlashdot.org
"I took the time to say you are wrong but I'm far to busy to look up factual evidence."
That plastic water bottle you tossed in the trash could soon be fueling your car instead of sitting in a landfill for 1000 years.
In any case, that's a lot more humane than using cats for this purpose
You mean to say that "go suck on a tailpipe" will cease to be a death-wishing insult?
What is this world coming to?
Mit der Dummheit kämpfen Götter selbst vergebens
In both versions.
Possibly a beer can... but it was a can.
Mit der Dummheit kämpfen Götter selbst vergebens
In Future Boy Conan.
"That plastic water bottle you tossed in the trash could soon be fueling your car instead of sitting in a landfill for 1000 years."
Please explain how they will be doing the trash separation? ?
If they are going to rely on consumer separation, they have failed.
Here is my trash... if you want the recyclable material from it, have fun, dig through it, but *I* am not doing it for you.
This is the problem all these plans suffer from, they expect that Jane Consumer is going to do part of the work to separate them out... WRONG!
Only the treehuggers will, and thats a very MINOR amount of the population.
You want to recycle, great, heres my trash, recycle it all you want.
It seems like it would be a stupid move to turn plastic (i.e. 'captured carbon') into polluting CO2, rather than investing in machines to turn CO2 pollution into useful plastic. Am I missing something here or did we not just burn our way through 100 million years worth of forest that we now need to start capturing back again?
The Curriculum Vitae of the founder John Bordynuik Inc. (JBI) seems a bit flimsy.
Computer nerd turned physical chemist?
The tears of orphans!
So is the next big thing going to be mining for bottles?
Where does the white go when snow melts?
Wishing cancer and/or heart disease on someone is more of a long-term situation.
Sure, it may be more "entertaining" in the long run, but it just ain't the same.
Mit der Dummheit kämpfen Götter selbst vergebens
If you are just "recycling" it for a fuel, it should be more efficient to burn it in a power plant.
That plastic water bottle you tossed in the trash could soon be fueling your car instead of sitting in a landfill for 1000 years.
I'm still waiting to run my car off turkey guts.
http://discovermagazine.com/2006/apr/anything-oil
XKCD:Xeric Knowledge Comically Dispen
This is wrong way around. We need plastics far more than we need oil. We can get our energy from other sources, but do we want to return to fabric wrapped wiring and wooden cases for equipment?
A latent existence
I looked on their website too. None of it got into details. I wish they would post an energy balance. They say they get 1 litre of oil from 1 kg of plastic. One liter of oil has a mass of .8 kg. An 80% mass conversion rate seems a bit high to me. Though the paper linked below talks about a 3:2 conversion ratio plastic to oil. Or a 1/3 loss in mass, 66% conversion. f it is a revolutionary new pprocess it may work out. However, the paper I am citing speaks of by products such as coke and tar.
On standard barrel oil has a mass of about 138.8 kg. so 1 kg works out to have a value of $0.64, base on *spot* prices. All this makes me a bit dubious. Cold fusion anyone?
reference:
http://hypertextbook.com/facts/2007/ArtemGindin.shtml
Mohammad Nahid Siddiqui, Halim Hamid Redhwi, Catalytic coprocessing of waste plastics and petroleum residue into liquid fuel oils, Journal of Analytical and Applied Pyrolysis, Volume 86, Issue 1, September 2009, Pages 141-147, ISSN 0165-2370, DOI: 10.1016/j.jaap.2009.05.002.
(http://www.sciencedirect.com/science/article/B6TG7-4WBK76Y-3/2/7e1ad7372e75ec73f303bf7419e119fa)
Abstract:
Waste plastics of different types were catalytically coprocessed with petroleum residue of light Arabian crude oil in the presence of a number of catalysts. The purpose of the study was to explore effects of various conditions such as catalyst type, amount of catalyst, reaction time, pressure and temperature on the product distribution. The waste plastic studied included low-density polyethylene (LDPE), high-density polyethylene (HDPE), polystyrene (PS) and polypropylene (PP). A series of single (waster plastic with catalyst) and binary (waste plastic and residue with catalyst) reactions were carried out in an autoclave reactor under variable reaction conditions. The reaction conditions used were 1, 3 and 5 wt.% catalysts, 30-120 min reaction time, 400-430 [degree sign]C reaction temperature and 500-1200 psi hydrogen pressure. The product distribution achieved for residue/plastic/catalyst system showed higher yields of liquid fuels as compared to residue/plastic system. Hydrocarbon gases were formed as well along with heavy oils, insoluble gums and coke. At the reaction conditions of 3 wt.% NiMo catalyst, 90 min reaction time, 1200 psi hydrogen gas pressure, 430 [degree sign]C temperature and residue to plastic feed ratio of 3:2 (wt.) afforded maximum conversion of the plastics into liquid fuel oils.
Keywords: Waste plastic recycling; Coprocessing; Catalysis; Zeolites; Hydrocracking; Residue upgrading; Fuel oils
putting the 'B' in LGBTQ+
Canada does the recycled bottle thing too, doesn't the US?
Often homeless people scrounge the bins etc for recyclables that can be returned for cash. It's not much, but I suppose it adds up after volume.
So this is old, un-recyclable plastic, right?
Because transforming plastic into something that gets used up is...well...retarded.
Plastic is needed for medical equipment, safety devices and other objects that are designed to enhance and prolong our life, it should not get burnt up.
The day that plastic becomes as valuable as gold will be a scary day.
Plastic is generally made from oil, and we're still making lots of plastic. So it doesn't make sense to turn some of that plastic back into oil, instead of recycling the plastic into new plastic products. It just wastes energy converting it back and forth.
Software sucks. Open Source sucks less.
Burying plastic for 1000's of years is the best way to sequester carbon, offsetting to a small extent the carbon added to the atmosphere by burning petroleum.
Penn & Teller (BullSh*t) showed that the country doesn't really have a landfill space issue.