Florida state of emergency with millions of gallons of “radioactive wastewater”
cbsnews.com
cbsnews.com
"amid heavy rains, a dam broke atop one of two gypsum stacks at the Mulberry Phosphates plant on State Road 60, unleashing a 56-million gallon spill of the acidic wastewater into the Alafia River. The pollution killed everything in its path for 42 miles, eventually rolling into Hillsborough Bay. The death toll included more than 1 million baitfish and shellfish and 72,900 gamefish near the river’s mouth, 377 acres of damaged trees and other vegetation along the riverbank, and an unknown number of alligators. When state officials hit the company with a multimillion-dollar fine for the damage done, it declared bankruptcy and shut down."
https://www.sarasotamagazine.com/news-and-profiles/2017/04/f...
This makes me furious. The employees and directors all go about their lives elsewhere with nary a scratch despite causing such a disaster. This is the problem with capitalism. Privatize profits, socialize losses. The only solution is to force companies to put up bonds or insurance sufficient to ensure this kind of devastation is properly paid for by private parties.
The only impact is potential moral hazard, but that could be prevented with loss of licenses, etc.
Because when you know you'll be held personally responsible, you'll act accordingly. If you feel like you can act any way you want without repercussion, then you'll automatically take more risks. Usually this is the way we justify the salaries of CEOs as well, "they are the ultimate responsible for everything in the company, so high salary is needed for that big risk".
Being jailed or loosing the ability to work in a industry isn't necessarily better for everyone involved, if the person is actually normally good at what they do.
A monetary fee for causing a disaster feels extra well in place for positions that people generally take for their monetary compensation as well (board, director, presidents, C* and so on).
If someone runs a mine where a leak could cost society $1B, but they personally make $1M off the outputs, that's a huge net negative for society and a huge net positive for the mine owner. The government has lots of money but their capacity to absorb consequences is not infinite. If the actors in question were personally liable, had accurate estimates of risk and loss, and knew they would be personally liable, they would probablt make better decisions. As it is today, they know they can make lots of money and the risk assessment doesn't matter because they can just walk away.
It matters to me because I want people to want to do things that are good for society and also good for them, rather than bad for society and good for them.
We either need to do something like that or find a way to reintroduce morality to amoral, purely fiscally motivated corporations... fixing incentive structures so their fiscal motivations cause them to make better choices seems far easier to me.
Limited liability isn't some surprise side effect of a corporation's legal structure, it is often right there in the name (Ltd, LLC, Pty Ltd, etc).
Yes that structure lets people get away with harmful shenanigans. The system is biased towards optimism. Feature, not bug. The benefits and strengths of this have so far completely outweighed the costs to the point where the argument against limited liability no longer has a leg to stand on.
The bonds and insurance idea is a much better way to play the situation.
In fact, in Florida--as well as many other jurisdictions in the US--there is a special category of torts that cover liability for ultrahazarous activities and apply strict liability. There are cases that have specifically dealt with the impoundment of large quantities of water.
Bunyak v. Clyde J. Yancey & Sons Dairy, Inc., 438 So.2d 891 (Fla. App. 2 Dist. 1983). Cities Service Co. v. State, 312 So.2d 799 (Fla. App. 2 Dist. 1975).[1]
Note the facts the latter case, Cities, dealt with:
>The appellant, Cities Service Company (Cities Service), operates a phosphate rock mine in Polk County. On December 3, 1971, a dam break occurred in one of Cities Service's settling ponds. As a result, approximately one billion gallons of phosphate slimes contained therein escaped into Whidden Creek and thence into the Peace River, thereby killing countless numbers of fish and inflicting other damage.
>Appellee, The State of Florida (State), filed suit against Cities Service seeking injunctive relief as well as compensatory and punitive damages arising out of the dam break.
It is absolutely true that the way that corporations have escaped liability for these activities is to "socialize losses" as an OP has aptly stated. In this situation, the prior owner went bankrupt and handed this major liablity to the state to maintain for years and when it breaks, the state (possibly federal) taxpayers and the environment will bear the loss.
[1] https://www.courtlistener.com/opinion/1849457/cities-service...
If they move on and start something again that is potentially dangerous, it is on the new insurance company to do some diligence in rating the risk of bad behavior.
> When state officials hit the company with a multimillion-dollar fine for the damage done, it declared bankruptcy and shut down.
That isn't employees and directors being shielded from a criminal charge. That is shareholders being shielded from costs beyond what they risked in the company. Nobody accused the employees or directors of doing anything wrong.
If the directors or employees had broken the law, they should have been prosecuted directly. The fact they weren't is evidence that people with access to the details didn't think they've done anything illegal. The state of environmental law isn't related to matters of profit and loss, or capitalism for that matter.
I suspect there's more to the story than just "oopsie, private company did evil thing and got rich but nobody was held responsible". More likely is that they did what they were supposed to do at least to the black letter of the law, but failed otherwise. The directors, managers, etc likely didn't break any laws.
What data points did you include in your calculation which led you to that conclusion?
Agreed, but in this case, it apparently was paid for by insurance. The next sentence in the paragraph antattack quoted is: "(Its insurance company wound up footing the bill.)"
It's still horrible from an environmental perspective, but at least Florida taxpayers didn't pay the cleanup bill.
That, plus misplaced optimism and time discounting combine to render even the strongest signal (i. e. the death penalty) blunt as to actually changing behaviour.
These disasters need to be stopped in the planning & licencing phase. For that, you'd need a state government that actually cares, and an EPA that isn't completely gutted every four to eight years.
https://www.tampabay.com/archive/2003/07/17/barge-sets-out-t...
Mining industries are especially famous for this - there are ponds of waste that are 70 years old, just waiting for their moment to escape...
Here is a map of ash ponds from power plants
https://earthjustice.org/features/map-coal-ash-contaminated-...
Here’s a link to the slurry spill I lived through with no water for days
https://en.m.wikipedia.org/wiki/Martin_County_coal_slurry_sp...
And here’s some pictures of the “impoundments” https://earthobservatory.nasa.gov/images/8693/coal-sludge-im...
Edit to add this quote:
“ Although coal impoundments have a relatively low rate of failure, their extreme size—some hold more than a billion gallons of sludge—makes any breach potentially devastating.”
https://en.m.wikipedia.org/wiki/Kingston_Fossil_Plant_coal_f...
https://pubs.usgs.gov/fs/1997/fs163-97/FS-163-97.html - information regarding some of the byproducts.
But I guess you could turn it into bricks and isolate those instead or even use them as building materials in some form of infrastructure.
Then when it rains the volume of waste doesn't increase.
The gypsum stacks are the other waste byproduct. But it's less problematic because it doesn't flow, it just sits. The low level radiation prevents it's incorporation into commodity products such as gypsum wall board.
The byproducts get conflated because for convenience the radioactive gypsum waste from phosphate mining is used to contain the acidic sludge from phosphate mining. But it's the acidic sludge that is the fast acting ecological disaster. The gypsum will give you cancer of course, but as Joe Jackson sings everything gives you cancer. [1]
Couldn't you neutralize it by (say) dumping in a bunch of baking soda? Or lye? (Hm, what actually happens if you mix sulfuric acid with lye? Do they neutralize each other, or turn into something even nastier than the sum of its parts? That'll teach me to blow off high school chemistry.)
This reaction produces sodium sulfate (a salt) plus water and heat [1]. No idea if this is practical, though. Maybe it’s difficult to source sufficient quantities of some base to neutralize the acid.
[1] https://en.m.wikipedia.org/wiki/Sodium_sulfate#Chemical_indu...
It does have portland cement production due to the abundance of limestone near the surface. However, portland cement production is more or less local globally...or it's usually made relatively close to where used. Conversely Florida's phosphate industry is a major source globally. The scales are incomensurate.
Anyway, far brighter minds than mine have been looking at for at least fifty years...Florida got serious about phosphate ecology and water quality in the 1970's. The gypsum stacks and sludge ponds exist because of water quality regulations not the good will of industry.
https://floridadep.gov/water/mining-mitigation/content/phosp...
Haha, I see what you did there...lol. Touche, good sir.
https://www.sarasotamagazine.com/news-and-profiles/2017/04/f...
https://www.leg.state.nv.us/App/NELIS/REL/81st2021/Bill/7477...
Let's say a company spends 50 years building up acid ponds or radioactive tailings or what have you. Then new management comes on board and is appalled and tries to start cleaning things up, but realizes they are falling farther behind, so they divert more and more resources to cleaning up. And it drives the company into the ground because the cleanup now costs more money than the company's revenues.
We punish the current management if they close down to prevent making things worse? We let the millionaires from the last 50 years ride off into the sunset and pin it on the last one out the door?
Edit: typos
Because of the regulation, not even environmental activists are willing to take over because the axe falls on them.
So the idea is appealing, and is as good as any opening of the conversation. But then we see the complications and have to be a little sharper in the iteration of the regulation conversation. And the next iteration has some problems, too.
Pretty soon, people complain that we've made it so expensive to close a mine that nobody can afford to open one. And perhaps that's just the truth. Or perhaps we can be clever enough to force the costs lower than the benefits without compromising the future.
If we manage that, it will still probably make mining much much less appealing to the robber barons of today. It might make mining or industry or what have you so much less lucrative that the big money players might as well open a hot dog stand for the same margins.
That's capitalism.
"The water meets water quality standards for marine waters with the exception of pH, total phosphorus, total nitrogen and total ammonia nitrogen,"
"Marine water" itself will kill with three or four easy gulps, but I guess this wastewater is going into the ocean? It still sounds a bit too much like "yellow, except for the color, which is blue". Plus I'd expect any industrial wastewater to have lots of fun contaminants they haven't tested for and/or just don't have explicit limits set.
"A very aggressive monitoring operation"
There's a term I've been missing my whole life. It's my go-to action item priority one from now on when faced with...
"... everything possible to prevent a true catastrophe."
And untrue catastrophe?
From time to time Florida developers have built housing developments on "land and lakes" tracts. It usually ends badly because the ground is unstable (still settling after all being mined), though post-tensioned prestressed concrete slab foundations can be used to reduce cracking (but not eventually uneven floors).
In my experience with phosphate industry sludge ponds, nothing much grows. I just looked at aerials from a tract southeast of Bartow that was under consideration for development in 1997. It had been out of service for almost twenty years back then. The ponds are no longer obviously toxic, but there is still does not appear to be normal Florida native vegetation along any of the shorelines.
Not surprising given how acidic phosphate sludge water is.
The fact that sea water can be stored in the leaking stacks over in Manatee county speaks to how sterile they are. The salinity of seawater is deadly to typical terrestrial plants.
Traditionally, Floridians call them "sludge ponds" as here, https://www.gainesville.com/news/20160929/mosaic-says-tests-...
Maybe the title needs to be changed.
Edit:
>Phosphogypsum is the "radioactive waste" left over from processing phosphate ore into a state that can be used for fertilizer, according to the Center for Biological Diversity.
I guess the article has conflicting information.
The states own ecologist and wildlife managers have confirmed it is indeed quite radioactive.
I suppose it's the very bad kind of radioactive too, since water can easily be ingested ?
Eating a banana is slightly more radiation than living within 50 miles of a nuclear power plant (and 1/3 the amount from living within 50 miles of a coal plant).
https://weather.com/news/news/2021-04-03-leak-at-florida-pho...
> Hopes said Saturday afternoon that snook live in the pond that is in danger of collapsing and he has seen ducks swimming on top of it.
The waste is a byproduct of fertilizer manufacturing and has nothing to do with nuclear power or weapons. For that reason, I doubt it's radioactive.
However, the article is contradictory on this point:
According to the article, Gov. DeSantis said the water "is not radioactive."
Also according to the article, the Center for Biological Diversity says "phosphogypsum is radioactive waste."
Is that correct? That sounds unsustainable, as well as unprofitable.
Also, is it safe to presume that if the cost of proper disposal was reflected in the price of food, food would be significantly more expensive?
Finally, are there particular foods this is used for?
To this, we need to add the fact that phosphorous reserves are limited, some estimate that we will reach the peak P in 2030.
Maybe then we will be forced to think about more sustainable approaches?
Urbanization broke this cycle. Sewer systems got established and the phosphorus doesn't end up on the fields anymore. It eventually reaches the rivers and seas and passes into the sediment. What a waste (pun intended). Instead, people started to mine graveyards (for bones) and guano on remote pacific islands...
Edit: Urine might work even better because reprocessing it is way simpler than dealing with manure. The nitrate and sodium levels have to be adjusted. Also, excreted pharmaceuticals have to be neutralized. Meanwhile, with manure one has to deal with pathogens, eggs of parasitic worms and a host of other ingredients, which might be difficult to predict in urban settings.
Take it a step further and subsidize these phosphate pools. Pay for the subsidy by selling state bonds. Expect either the next generation of kids to pay all the bond principal and interest or cut state benefits for retired seniors. It will fix itself because Florida’s kids and retirees are more generous than Florida’s old phosphate miners. The kids and seniors will have a higher propensity to solve yesterday’s problems because they’re expected to save a higher percentage of their income compared to previous generations.
Obviously, /s.
Genetically engineering crops so we can spray them with pesticides, I wonder where the wastewater from manufacturing those pesticides goes. Probably into the Mississippi river.
"When the last tree has been cut down, the last fish caught, the last river poisoned, only then will we realize that one cannot eat money."
Still a great saying though.
Reference: https://archive.org/details/permaculture1adesignersmanualbyb...
Working with nature means using natural systems to produce food with less human energy and fossil fuels, and chemicals, and cutting down forests.
A quick quote from the referenced work:
""" The pragmatic and practical approach to the main body of this work largely omits reference to those visions or beliefs classifiable as spiritual or mystical; not because these are not a normal part of human experience, but because they are arrived at as a result of long contemplation or intense involvement with the mysteries that eternally surround us.
We may “dream" understanding, but it is something we cannot demand, define, or teach to others; it is for each of us to develop. There are things that nobody else can help us with, but in a book written to help people make real-life decisions, to build new landscapes, to regenerate damaged forests, and to lighten our load on earth, the present need is for clear and practical approaches. In the preceding chapters, well-tried and common- sense techniques and strategies of earth restoration have been described and figured.
All of this comes to naught if we, as a people, continue to invest in arms and destruction, to permit land abuse, and to fail to tackle the social and political impediments to reclaiming desertified and abused lands, or even to prevent the poisoning of land. Thus, the following sections give strategies for change in the social and economic areas of society.
These strategies may, in fact, be of more assistance to real change than the skills of land management, for society has far more competent farmers and engineers than it has ethical ... """
It requires less input, less labor, less land --- why isn't it already trashing the market by simply being much cheaper?
An imperfect analogy is that legalizing cannabis requires less labor & more funds than keeping it illegal, yet we're still hesitating to do that in many countries.
Humans (and thus most markets) have other incentives than simply having things for cheaper.
Use of fire at all emerged about 1.5 million years ago. Homo Sapiens emerged about 300 thousand years ago. First signd of any sort of agriculture are from about 15 thousand years ago. Stone age ended and we got first bronze tools less than 10 thousand years ago.
The only method we have had "for millions of years" is hunter-gathering with stone tools.
I don’t like industrial food. It is killing the planet abs pretty quickly. But it’s not doing it because farmers are evil. It’s because it the cheapest way to produce food. If we as a society want to go to a place where food costs 10-100x as much while availability goes down by about the same amount, let’s figure out how we will prevent mass starvation and population decline. But if the GP expects that farmers will switch to compost abs hand tools, they should probably expect to pay a lot more for a lot less food.
1) desire to eat « fresh » foods out-of-season (greenhouses, air transport, lengthy controlled-atmosphere storage)
2) feeding food to food and getting 1/10th back (feeding corn to a cow)
3) desire for labour-intensive foods. Potatoes can be straightforward harvested from a field by a machine. Alfalfa (or anything in a greenhouse) cannot.
I think the biggest barrier to going back to « the old way » is not having manufactured fertilizer. Nobody cares if the water came by pump instead of by hand. But I supposed over-watered at the end = more water in the product instead of useful matter.
Was an issue in Germany:
https://m.dw.com/en/seasonal-workers-flock-to-germany-for-as...
As with many labour-intensive crops, people want to eat it, but not do the work involved themselves.
Ah, yes. The best asparagus is hand-picked the day of consumption, and it would be ideal if picked by the people eating it. I grew up in an area that used to have asparagus fields, so asparagus grew "wild" along the fences and ditchbanks. I would occasionally help my parents cut the day's wild asparagus for dinner. I hated it as a kid, but really grew to appreciate how good fresh asparagus is when compared to what has to be mass produced and shipped, because, as you say, nobody wants to do the labor.
One issue that I foresee is that if something needs a very specialized robot, then the market might not be big enough to warrant the development cost. Undoubtedly it makes lot of sense to automate something like wheat or whatnot bulk crop because there is just tons of that around. But asparagus or something might be too niche?
But many people are in denial about how much work is needed to grow the food that feeds everyone. Crop yields need to be high and costs low at the grocery store end but farmers often only get around 200 dollars per ton for their hard effort.
Here's an old article from my region: https://www.theguardian.pe.ca/opinion/it-costs-a-pile-to-gro...
* Land $3 to $5 million
* Equipment $1 million
* Storage $1 million (shared/co-op or separate organization)
* Farmer profit ~$20,000 (16 hour days all spring/summer/fall) - other costs and taxes
not Florida
After all, our civilization depends on continuity of klepto-capitalism...
Oh God. This is Fukushima radioactive waters all again. I'm pissed: global warming is serious, and nuclear is our best bet. We dont need this fear-mongering non sense.
Anyway, let's get to the facts and see how radioactive and dangerous this thing actually is. Methodologie from https://en.wikipedia.org/wiki/Banana_equivalent_dose, section "Source of radioactivity".
Here is the data:
1. Central Florida phosphogypsum averages 26 pCi/g radium
2. Radium: 10**-7 Sv/Bq
This gives: 26 pCi/g radium * 3.7 * 10**10 Bq/Ci * 10**-7 Sv/Bq (radium) = 0.100 mSv per Kg of phosphogypsum
So, if someone eats 1 kg of phosphogypsum per day, that would be 0.100 * 365 = 36 mSv/year.Background dose is 5-10 mSv/year, a plane pilot or X-Ray machine operator gets around 25-50 mSv/year, an astronaut something like 500 mSv/year.
So, eating 365 kg per year will yield a higher than background dose, but nothing dangerous. I mean, it's probably dangerous to eat so much of this chemical stuff, but not because of radioactivity.
Sources:
1. https://web.archive.org/web/20150219224641/http://www1.fipr.state.fl.us/PhosphatePrimer/0/684AE64864D115FE85256F88007AC781
2. https://web.archive.org/web/20121026093251/https://www.epa.gov/rpdweb00/docs/federal/520-1-88-020.pdf - Page 156 and following ; p175 for Radium
3. https://en.wikipedia.org/wiki/Phosphogypsumhttps://en.wikipedia.org/wiki/Phosphogypsum
There are NUMEROUS places in the US that have similar or larger NATURAL concentrations of these. Pick any places in the Western US from So Cal to NV to UT to NM back to AZ!!
Naturally NO WHERE in the article or any other references do they give actual numbers (e.g. Sv/hour) for the radioactivity. That actually matters a metric shxt-ton for assessing the actual risk. Without that it's nothing more than a boogie that appears after yelling "radiation".