Will the Lights Stay On During a Pandemic?

Tue Nov 25 17:16:00 -0800 2008
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According to a new report, chances are any large and long lasting pandemic could cause serious disruptions to the national powergrid, because coal mining and delivery would be impacted severely. The authors point to two train derailment accidents, back to back, in 2005 that caused such a slowdown in coal deliveries that many generating plants went from a 30 day reserve to 10 days to a very low 2 days at one plant. We still only maintain such a 30 day reserve, and a widespread pandemic would disrupt coal mining and coal transfer most likely much worse than those accidents. With roughly half the nation relying on coal for electricity right now, they are recommending that emergency planning agencies take this into consideration, considering that only one of 12 major agencies involved with that even bother mentioning coal in any of their pre planning scenarios, and none of them really address the problem.

The authors reviewed a dozen pandemic planning guidance documents, including those from the federal government, the World Health Organization, and energy industry groups such as the North American Electric Reliability Council. While one plan, that of the National Infrastructure Advisory Council, notes the importance of coal transportation, "none of the 12 documents prioritizes the mining of coal," the report says. "This absence is likely due to coal not being listed as a critical infrastructure or key resource." ed.z.: I guess they could stockpile food and have pre positioned emergency lodging facilities directly at the mines and sequester the workers there for the duration of the pandemic. Of course, then you have to consider their families, then onto other industries and determine what is critical or not to keep running and...where do you stop?

Food, water, electricity, telco/data services, all important "governing", where? They all have weak links that are dependent on everything working with only the minor delays or glitches we have right now.

I can't state a percentage, but I doubt it is more than 1 or 2% "not working" for our system to function in any given industry. Past that point, it will be noticed, start to get into double digits, it starts to hit localized crisis proportions, mid to high level double digits would of course be general systemic collapse. Sort of a virus Y2K worst case scenario.

Our only other really high mortality rate pandemic incident was way way back, almost a century ago, when we still had more than half the population living on farms that were better able to deal with no outside deliveries of anything. I think it is hovering around 1% now still live on farms, and even now most farms are dependent on outside deliveries of a lot of "stuff". Electricity. This farm here relies on HUGE amounts of electricity, we have backups similar to datacenters, multiple large diesel generators and fuel tanks, good enough for a few days to a week,not nearly enough for months and months though. And we'd still be better off than most places today, which have zero backups for such things as electricity or water and food supplies. Our local little "export economy" would be completely b0rken, but we could still survive (depending on the pandemic and how fast we get medical supplies, no one has pre supplied us yet..I'm the only one here with decent medical supplies, at no small cost to meselfs..)

The collective societal "we" have no current scale of reference beyond incidents like Katrina, and that was mild compared to a national pandemic that comes in waves for months. A pandemic doesn't necessarily destroy infrastructure like a hurricane, but once you start removing a lot of humans from control of the infrastructure, the results are the same as if it was destroyed. (anyone chime in with an example, how many people lost at your shop, or no electricity or water or just very intermittent supplies before you just shut down?) And if it is widespread, north to south, east to west, across ther board, every place, you can start to guess what cost the JIT system really is in an emergency. It pretty much all has to work, or it just won't, or it gets rather dicey, put it like that.

Anyway, my posting theme for today has been "avoid the all the eggs in one basket" idea. We keep seeing real or probable examples of why this is a bad idea, even if it turned out to be "convenient". The economy got way too centralized and top heavy and removed from actual wealth production, we put too may of our collective eggs there, and once that basket started to spill, it went fast, and is already impacting hard at the lower economic levels where there is *no* reserve or backup, and it looks to be hitting the middle classes next. Probably not bottomed out yet is what I am saying. We have overly centralized energy sources, and it isn't near diverse enough. Food supply is *much worse* than electricity, IMO it is already way past OMG what were they thinking? stage, forget 30 days backup, all the big cities have *three days* backup, and that depends on long range shipping and cheap and *available* energy, from field to plate. And so on, right down the list of necessities. Heck, here's another one, it is tangential but follows the thought: collectively entrusting so much of our political life and "voluntarily" ceding command and control to one big giant "central planning" egg basket starts to smack of the Stalinist model, and we know how successful that was.

Will the Lights Stay On During a Pandemic?
Wed Nov 26 09:32:57 -0800 2008
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In _A Deepness in the Sky_, Vernor Vinge proposed that one way for a high-tech society to self-destruct was to over-optimize, squeezing out every bit of "surplus" capacity, and centrally planning everything to a precision of microns. Then when things go wrong, the system doesn't have slack, and it has to rely even more on central planning to keep disasters from spreading, thus getting even more vulnerable.

Will the Lights Stay On During a Pandemic?
Wed Nov 26 10:45:20 -0800 2008
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That is why I'm all for two new building codes to be adopted EVERYWHERE:

1.  All new buildings should be designed to live within their net ambient energy footprint.  Under no circumstances should a building be built that does NOT include ambient energy to electricity converters as a part of the architecture.

2.  All landscaping plants for new landscaping must be edible.  They may also be ornamental, but by no means should they be poisonous to human beings.

These two minor changes to building codes would go a LONG way towards changing the situation- and in the mean time give us an economic backup since it's now become obvious that our current lords and masters are incompetent.

b and g

Wed Nov 26 11:03:41 -0800 2008
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The bad news is, they just won't do that as a mater of law. The good news is, anyone can do that today with off the shelf stuff and a little elbow grease with a single home or their owned commercial building and lot. You can at least make it medium survivable.

b and g
Wed Nov 26 11:43:52 -0800 2008
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I'm not sure about the "they just won't do that".  Oregon's coming close with the requirment that 25% of our energy will come from renewables by 2025.  My two new building codes are just an acceleration of that timeline, applying only to new construction.

It doesn't cost that much more to add 2kw sideways wind turbines to every floor of a skyscraper.

b and g
Thu Nov 27 09:44:48 -0800 2008
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You'd be lucky to get capacity factor beyond 5-10% out of such turbines even in class 4 territory. You need at least 13-26 turbines for each residence without heating or hot water... and the power would be highly irregular. Depending on the climate you need between 0.5-4x more energy for DHW and heating.

The good news is that it's 4 to 6 times cheaper than solar, but you probably don't even have the surface area for solar on a residential high rise.

Negative nancy is out on a stroll....

Will the Lights Stay On During a Pandemic?
Wed Nov 26 16:02:35 -0800 2008
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2.  All landscaping plants for new landscaping must be edible.  They may also be ornamental, but by no means should they be poisonous to human beings.

An exception should be well marked medicinal plants. Some of those (like foxglove) are deadly poisons but can save lives if used correctly (digitalis).

Will the Lights Stay On During a Pandemic?
Thu Nov 27 09:26:22 -0800 2008
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1. pipe dreams. impossible due to factors in this order 1) personal behavior 2) cost 3) intermitancy 4) logistics.

2. good idea.

Will the Lights Stay On During a Pandemic?
Thu Nov 27 07:30:47 -0800 2008
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I feel safe where I live in Saskatchewan, at least compared to the possible risks in a number of other areas.  We have a mix of coal, hydro and natural gas plants with some new alternative sources slowly be added.   The hydro will keep running in the event of a large scale dispruption, and the coal plants are mine-mouth operations where they mine the coal, move it a mile or two, and burn it.  It's not the best quality coal in the world, but it's tough to argue against that supply chain.

Also, our electrical grid doesn't have close ties with our neighbours, so we can't export much of our power, and we can't import much either.  We're on our own in a problem, but nobody can take much from us.

Will the Lights Stay On During a Pandemic?
Thu Nov 27 09:49:28 -0800 2008
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The Southeast U.S. recently got quite a lesson in the effects of "Just In Time" when refining on the Gulf Coast was disrupted by hurricanes. Refinery operations were not terribly damaged and the personnel were all available afterward. It just that the pipelines and refineries are close to capacity on a regular basis and there is very little storage on the delivery end of the pipeline.

As a result, prices went up and up and people had a hard time getting enough gas to go to work. Stations were forced to close for lack of supply. The news was leading with stories about which stations still had gas available. It was starting to sound like the Road Warrior. It took a few weeks for all of that to play out .

I hate to imagine what it would have been like if the refinery and pipeline workers had been out with a pandemic flu for weeks instead. Add to that the food reserves running out along with electricity and you have a huge mess.

 

Ultimately, a lot of these problems come from market economics. While markets work much better than central planning (read as markets aren't a COMPLETE failure), there is a serious danger that they will optimize the wrong things.

The market has no feedback mechanisms to prevent it from balancing us on the ragged edge of disaster such that we are highly efficient when the sun shines but fall over the edge as soon as any setback shows up. In fact, it has many mechanisms to push it exactly to that point in spite of extra-market regulatory actions to prevent it.

Similarly, the market has no mechanism to care if half the population is on the edge of despair and nervous breakdown so long as just enough people have just enough cash to spend and enough can pull themselves together enough (perhaps out of desperation) to do their jobs (if they have one).

Markets are good regulators (in the engineering sense) but lousy policy makers. Someone needs to 'tell' the markets what they should be optimizing FOR and what parameter limits are acceptable in that process.

A proper economy is crafted  to serve all of the people in it and then markets act as regulators to maximize the economy's achievement of that goal. That is, economies should serve the people, never the other way around. That the markets have regulated us to the edge of failure is just one of many symptoms of policy makers asleep at the switch.