BUY HERBAL XANAX NO PRESCRIPTION, As America's dump-truck-accessible landfill spaces fill to the brim with garbage, where did Waste Management Inc, the nation's $12.5 billion trash hauling king, go to solve this problem. In 2009, HERBAL XANAX natural, along with buying stakes in eight other companies that gasify, ferment, or digest trash, get HERBAL XANAX, the company found its way to Jeff Surma, HERBAL XANAX street price, a 52-year-old chemical engineer with a unique solution verging on 60s science fiction: a plasma-enhanced melter technology.
Since last November, some of the 35, HERBAL XANAX duration,000 tons of household trash arriving by dump truck at Waste Management's Columbia Ridge landfill in Arlington, Comprar en línea HERBAL XANAX, comprar HERBAL XANAX baratos, Oregon, are diverted to a building that looks like a cavernous Home Depot. Attached to it is Surma's unique plasma gasification plant, HERBAL XANAX class. It’s the first commercial plant in the US to use plasma gasification to convert municipal household garbage into gas products like hydrogen and carbon monoxide, Cheap HERBAL XANAX no rx, which
can later be burned as fuel.
Using plasma for processing waste had been around forever, primarily in the metal and chemical industries, BUY HERBAL XANAX NO PRESCRIPTION. Oil refineries, for example, HERBAL XANAX no rx, spend about $2, Kjøpe HERBAL XANAX på nett, köpa HERBAL XANAX online, 000 a ton to eliminate toxic sludge with plasma gasification. (One of the first plants sold by Surma's company helps Dow Corning dispose of 20 tons of hazardous waste a day.)
Solving the toxic waste problem
In 2005, executives at Waste Management, online buy HERBAL XANAX without a prescription, concerned by the prospect of full landfills, HERBAL XANAX without prescription, started to quietly study plasma gasification. After reviewing dozens of firms racing to blast garbage into gas, they felt InEnTec's technology looked the most commercially viable, buy HERBAL XANAX without prescription. Soon after, Online buying HERBAL XANAX, Waste Management invested in Surma, founding a joint company, called S4 Energy Solutions, buy HERBAL XANAX online no prescription, and began building the Oregon plant. BUY HERBAL XANAX NO PRESCRIPTION, But until this new plant was started, no one had seriously considered using the same technology to eliminate everyday garbage. HERBAL XANAX recreational, Along with high energy costs, there was another technological barrier: the toxins in heavy metals from televisions, microwaves, what is HERBAL XANAX, batteries, Order HERBAL XANAX no prescription, thermometers and paint couldn't be broken down by plasma. And every municipality wanted to prevent hazardous leftovers from getting loose. Fortunately, HERBAL XANAX used for, Surma’s special three-step process could handle all of these nasty substances cleanly and efficiently. HERBAL XANAX coupon, As a matter of fact, Surma solved the hardest problem first, while he was working at Pacific Northwest National Laboratory: safely disposing of the toxic waste, low dose HERBAL XANAX. Watch a short background video:
http://youtu.be/Jd1-6cpP_rk?t=38s
Surma's three-step process
Each day, in the huge receiving depot, waste is delivered by truck and then shredded into pieces about six inches long, BUY HERBAL XANAX NO PRESCRIPTION. It travels by conveyer belt to the top of a large tank, HERBAL XANAX photos, where it falls into a gasifier heated to
1,500º F, vaporizing 75 to 85% of the waste quickly into syngas that is piped out of the system, HERBAL XANAX from canada.
In the second phase of Surma's process, HERBAL XANAX use, any remaining substances (still chemically intact) drop into a vessel about the size of a huge industrial-sized pot. Inside, where an intense 18,000-degree electric arc running between two electrodes creates a plasma zone, almost all the remaining trash gets blasted into its atomic elements. This emission-free molecular deconstruction is even more efficient because the blasted materials have already been partially heated. BUY HERBAL XANAX NO PRESCRIPTION, Afterwards, the final gases are piped out to be processed.
Finally, a joule-heated melter sits directly beneath the plasma zone, where a molten glass bath
traps the remaining hazardous material dropping down into a molten goop flowing in a slow ooze of glass and liquefied metal out of the bottom. Once inert and harmless, it is converted into low-value materials such as road aggregate.
Ensuring that the process remains economical, syngas piped out of the plant is used to supply all of the power needed to run the melter. Any remaining syngas – mostly carbon monoxide and hydrogen – is cleaned and sold. Here is an early InEntec video that visualizes the final two steps of the process:
http://www.youtube.com/watch?v=soYpZIPkjDs
The price paid to Waste Management to haul away waste products, at least for now, helps too. In fact, Waste Management charges about $20 to $100 a ton to collect garbage. So based on a typical "tipping fee," profits from selling fuel and chemicals made from garbage are virtually guaranteed, BUY HERBAL XANAX NO PRESCRIPTION.
Of course, scaling up is always the last part of the problem. Since the US generates about 250 million tons of trash a year, with recycling and composting facilities tackling an estimated 85 million tons of refuse per year, it would take thousands of new plants much bigger than this one (and another S4 facility being constructed in McCarran, Nevada) to handle the nation’s municipal trash output. That’s a lot of plasma in our future.
Will Waste Management change the energy business?
Images: Plasma Ball, Ana Carol Mendes; others, InEnTec
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This is an interesting post. I think it is more likely that Waste Management will transform the waste industry then the energy business – in this single case. I foresee the elimination of landfills, and that this type of model would be a possibility, but I am not sure if it will be the dominate design for handling waste. However, the energy business is too large for this specific technology (plasma/paralysis) to 'transform' the energy industry. I do think, on a higher level, this model will transform the energy industry: i.e. distributed energy. The headwinds seem to favor both closed and open loop small scale distributed energy plays. It seems to me that it is out of necessity Waste Management is entering the energy market, and it seems to be working well. I think they will be a first mover since they have access to feed stocks. I think an interesting company, that Waste Management invested heavily in is: Harvest Power ( http://www.harvestpower.com/ ). I like their approach. They have two revenue streams: biogas (energy) and fertilizer.
Really appreciate your thoughtful post. I agree about distributed energy. I'll investigate Harvest Power. A different approach is worth a post. Waste Management's whole portfolio is interesting.
And like you point out, there is so much profitable feedstock piling up that they've been paid to haul there – it's a twofer. Any sensible company would move in that direction.You can't beat that. Thanks.
Waste to energy is a interesting topic. It is riddled with dynamic technology and policies. I have been consulting at a firm named Applied Filter Technology ( http://appliedfilter.com/ ) for a little over six months now. We encountered a sludge incinerator that will need to spend some serious money by 2014 to upgrade and meet air requirements ( I think is EPA 219 Clean Air Act.). So, we are familiar with a lot of issues related to this type of operation.
The biggest advantage to biogas, over wind and solar, is that it can serve as the base load for utilities.
Kent, I see you have several posts. I will be at the AIChE annual meeting. I hope we can meet.
Concentrated solar using salt storage can also supply baseload power and will become more prominent in the US Southwest, Spain and Middle East in the future.
I'll see you there.