June 6, 2013 — Climate change deniers are an easy (and appropriate) target when searching for reasons why there has not been more movement around climate issues in this country. But, surprisingly, some of the most troubling stumbling blocks to reducing greenhouse gases don’t come from Tea Party members or Republicans, the groups most often in the denial camp. Instead, urban liberals and left-leaning environmental groups who oppose burning municipal solid waste to produce energy are standing in the way of a technology that could have profound effects on GHGs.
When new waste-to-energy plants are proposed in California, for example, they run into buzz saws [pdf] of liberal opposition. Plans to increase the volume of waste burned at a Minneapolis WTE facility have been blocked for four years, and the issue recently divided the Democratic candidates for mayor. From New York to Massachusetts to Rhode Island to Pennsylvania to Maine, opposition has delayed or stopped WTE plants across the nation, largely in liberal-controlled urban areas.
But the opposition is misguided. Today’s WTEs are not your granddaddy’s trash burners, and some liberal groups, like the Center for American Progress, are starting to look at the actual science [pdf] and reevaluate long-held assumptions in light of new information and increasing concern over climate change. When they do, they are finding that today’s WTE plants look surprisingly good for the environment and for fighting climate change [pdf].
Reduce, Reuse, Recycle — Then What?
Americans generate about 390 million tons of trash every year — as much as 7 pounds per day for every man, woman and child. Waste ranks with energy, food, population and the economy as one of the biggest issues humans need to tackle to create a sustainable world. The U.S. recycles and composts about 94 million tons of that waste, or roughly 24 percent, but could do much more.
But, even if the U.S. doubled its rate of recycling, there would still be hundreds of millions of tons of post-recycled, post-composted solid waste. What you do with it is the question, and there are two options: dump it in a landfill or burn it/gasify it for energy.
Concern that WTEs reduce recycling rates does not appear to be borne out by the evidence, which shows that they actually tend to be associated with increased recycling effort.
Liberals, overwhelmingly, are choosing to dump, which science shows is the most polluting alternative. Because of liberal opposition, almost no WTEs have been built in the U.S. in 20 years, despite the classification of WTE as clean energy by the EPA and 31 state environmental agencies.
Things are very different in green-conscious Europe. While the U.S. has just 89 WTE facilities, Europe [pdf] has around 420 and is building more. Northern Europe, the most environmentally conscious part of the continent, is also where the most WTEs are located.
WTE construction in the U.S. is being held back by fears that burning trash will cause people to reduce their recycling effort [pdf] or will put dangerous toxins into the environment. But are those fears supported by the evidence?
Recycling and WTE Are Complementary
Of course recycling should be maximized in order to remove all recyclables and compostables before waste is disposed of in a landfill or a WTE facility. But concern that WTEs reduce recycling rates does not appear to be borne out by the evidence, which shows that they actually tend to be associated with increased recycling effort.
The five European nations with the highest recycling rates — Germany, the Netherlands, Austria, Belgium and Sweden — have among the highest WTE usage, to the point that they have reduced landfill use to less than 1 percent of their waste. Sweden even competes to import waste. While this is questionably desirable, it does not appear to have reduced the country’s recycling effort; its rate of recycling is higher than 22 other European nations.
In America, by contrast, where environmental groups frequently portray the issue as an either/or choice [pdf] between recycling and WTEs, both rates are much lower. A whopping 69 percent of U.S. municipal solid waste winds up in landfills. As in Europe, though, communities in the U.S. that do have a WTE plant show higher recycling rates than the national average.
Finally, recycling itself is not without waste. For example, recycling of mixed paper leaves a 15 percent residue that still has to be disposed of somehow.
Clearly, recycling and WTE can and do go hand-in-hand in a responsible waste management plan, and co-promotion by environmental groups would likely increase both WTE and recycling, both of which are preferable to landfilling in the waste management hierarchy.
Clean Air Technology Cuts Emissions To Near Zero
While trash burners once did put dangerous toxins into the air, in the past 10 years WTE pollution control technology has become so advanced that the most common and dangerous toxins have been almost completely eliminated [pdf], something that the environmental groups who still oppose WTEs rarely mention.
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Sincerely, Susan Hubbard
Nothing Left to Waste
Sincerely, Jon Foley
Garbage is burned in modern power plants all over the Minnesota after processing and resource recovery for a uniform fuel that allows for the use of modern MACT standards of which Otto writes; even so, they are not located in the middle of metropolitan areas as HERC is.
Why is the discussion always having a Tabu on "reducing" - is it because it doesn't really fit into the capitalistic model of "Take-Make-Dispose" and the strive for infinite Growth. The waste-pyramid seems to always "kind of" start at recycling...
http://sorenandersson.com/incinerating-resources-is-there-any-excuse-for-it/
Think about the emissions from a '57 Chevy versus a modern automobile; both have controls, but saying the crank case ventilation of the Chevy, it's MACT standard if you will, is equivalent to what is done to deal with automobile pollution today is ridiculous and that is what you are doing with HERC.
Expecting any municipality to accept increased emissions given the fact that there are alternatives, and they do exist for a price (regardless the 'just so' statements above), is pretty wack; folks posting here can run a few numbers as well, but the numbers that matter to Hennepin County and Covanta are the new tipping fees for those extra tons of garbage to burn.
Without state and federal subsidy, FTE would just go away on its own. Asking any locals to join in that subsidy (through health care expense incurred by needless exposure to particulates formed after all controls) is ridiculous.
Mr. Otto is simply a shill for Covanta and Hennepin County and substituting "liberal" for NIMBY and spouting pseudoscience and techno speak does not make a case for anything but his own irrelevance.
If you want to get rid of garbage, you stop producing it for once you have it, you have to pay to deal with it. WTE is not something we can afford.
I get arguments from folks, but if you have to go in this direction, plasma arc gasification makes the most sense with use of all of the fuel made and energy released as possible, not some worked over tech from half a century ago (HERC).
Personally, if we are to have metropolitan facilities, they should be plasma gasification, not incineration, as together with reduction, reuse and recycling efforts, pollution of surrounding areas is far less of a concern with this technology.
I'll say it yet again: HERC is the past and I don't need to visit it to know it. I've studied this tech extensively and there is no way to improve it, although you can try to tighten up control of what gets burnt (hard task). If you have control of fuels, then I accept that controls can make things relatively safe, but to pretend that we can do this at HERC is, again, ridiculous.
I am most encouraged by your recent article in the Huff Post regarding Waste to Energy (WTE) plants. In the mid-1970's I was employed by The 4th Sink Management Group, a WTE planning firm. As far as I know, we were the first consulting firm to provide a statewide strategy for the full recovery of municipal solid waste. When "progress reports" such as your article appear, I am more than nostalgic. I am as frustrated as I was when we delivered a copy of that statewide strategy to an upper level civil servant of the state. He held it for a moment...and then tossed it into the trash by his desk. He tossed it away because he was in charge of state-wide landfill inspections. Landfills are as obsolete now as they were in the 1970's and WTEs remain as the only economically and ecologically viable alternative. Greenhouse gases were not considered in the mmid 1970s. we spoke of only "leachate" and "air quality". I submit that to draw attention to the total cost of wasting-away our planet, a new chart of cost accounts has to be mandated, beyond the current environmental reviews, that accounts for the unbridled theft, in dollars amounts of public air, water and land. These 3 are known as "engineering sinks" that profiteers have used at no private cost. The private and public economies, the 4th and final "sink", must be placed in the ecological-economic equation . A publically regulated and total account of the ecological costs and benefits of landfills vs. WTEs is needed to avoid the legacy of a planetary disaster selfishly passed on to our children and grandchildren. Corporations must be taxed for the damage done, and yes, we must all pay now or pay much more later.
"Allowable" levels of pollutants always beg the question of how much is OK. If it is not OK to push mercury into the atmosphere, then it is not OK. Smaller amounts mean we are going to die more slowly. So to argue that a reduction of 97% of mercury is good ignores the other 3%, which, if you live close to one of these facilities, is 3% too much.
Fact is, our waste stream is not designed to have any useful end life. It is not seen as the manufacturer's responsibility to worry about how it is to be recycled, incinerated or dumped in a land fill. Without this design consideration, incineration will always be a mug's game, forcing extra expense into the process to deal with this failure of design and responsibility.
At the same time I am sure that the data on final CO2 equivelant numbers from in incineration vs landfill are correct, and I am equally sure that with all the flack that the incineration business gets, the industry has improved to a much greater degree than the coal electric industry has, making discussion of relative mercury levels frustrating for advocates of incineration.
Two things here: one, allowable levels of contamination are often stupid in terms of prevention of toxins from entering the environment and need serious questioning and review.
Two, these facilities are expensive and tend to have their own momentum as time moves forward, locking us into a product to waste paradigm that is destructive as well. Looking forward we are much better off making a leap to eliminating the concept of waste: products designed so that waste equals food for biological or industrial processes, and actually making landfills and incineration illegal.
Otherwise it is just a wrinkle on the same issue.
Reality? Spending on LEEDS buildings is becoming illegal for many state governments, Kansas is passing a law to make state spending on any sustainable initiative illegal, and the infinite growth maniacs are in charge of way too many corporations and governments.
So, good luck.
Andrew spearheaded the Hennepin Energy Recovery Center incinerator that Otto uses as an example here and Andrew insists to this very day that it is 'green' as it must be perceived if he is to win a Minneapolis Democratic Farmer Labor Party endorsement for mayor this Saturday.
The piece is so full of 'truthiness' and ignorance of the different technologies in use by various members of the 'waste to energy' cult that it is hard to believe that anyone could take it seriously.
Otto should stick to fiction as he is better at it; come to think of it, he has; I don't know if Andrew and other WTE folks should glad for it or not.
In the overall picture of environmental risks, municipal solid waste incineration ranks very low compared to the effects of our automobile-centric transportation system, our coal and fossil fuel-based energy system, and other non-point sources like recreational fires, burn barrels, gas stations, etc. (see my article in the peer-reviewed scientific journal Risk Analysis for documentation). It seems to me that the place to focus our concerns and efforts are on the sources causing the most damage to our health.
The Europeans confronted the waste-to-energy dilemma in the 90s and made a conscious decision to use well-controlled waste-to-energy as a component of their waste management system. It is imperfect, but by general concensus it is better than landfilling. Perhaps one day businesses will sell only products that are completely reuseable and recyclable, and everyone will participate in the process of reusing, composting and recycling, but that day is not yet near.
Neil Seldman, Institute for Local Self-Reliance
This starts with regulating the chemistry in product packaging (Grunpunkt+), then having effective waste collection in every venue people congregate and consume, then having effective composting and recycling to "purify" your WTE feedstock, this includes separation machinery and human labor. The WTE system itself then needs to have effective pollution controls, and a responsible ash management solution.
No WTE proposal I've seen in the US wants to do the job right.
My question concerns the methane emission rates from landfills. You link to an EPA document related to the development of their Waste Reduction Model (WARM), which gives estimated fractions of waste entering landfills with different types of methane recovery. As I interpret the document, and I may be in error on this, the estimates are for how much of each type of landfill at present. This includes waste landfilled many years ago, in very old landfills, which would not have good LFG recovery or power generation. Many of these older sites are probably no longer accepting new material and may even be covered over.
If one were to landfill a ton of organic matter today, it would be more likely to go in a newer landfill, which would be more likely than the rates you cite to have LFG recovery.
Essentially, it seems like you're basing your methane emission calculations on the average landfill technology mix, whereas the actual rate of emissions for waste landfilled today would depend on the marginal landfill technology mix, which is likely to release substantially less methane.
I doubt this is enough to cause a significant change in your conclusions, but it's worth clarifying.
It'll probably be dismissed as another ad hominem attack, but I have lost any respect that I once had for Greg Pratt.
There is no way to make burning anything low impact enough not to worry about resulting pollution wherever in the world this is done. Pratt knows this, I am certain, but I don't expect him to admit it.
On our way to zero waste, we must use technology that deals with the capacity of human beings to follow through on any method, i.e., it must be close to fool proof.
The economics of a relatively primitive WTE plant like HERC or the marginally better incineration done when trash is processed to recover some of recyclables and hazardous materials, work better than more modern tech, but if the goal is to reduce landfilling and allow the methods of reduction, recycling, reuse and composting to catch up, then the more expensive and cleaner methods of dealing with waste make more sense.
Folks who dismiss factual arguments as ad hominem attacks are not to be believed.
The process is also simple to understand. It eradicate pollutant and odor almost zero. How the smoke goes through a condenser
called E.A.S.T. inside the condenser
the smoke is transform into ash or
tar or substance that can be collected and use. No smoke no pollution. We hope this technology
can help in solving trash problem.
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