worship the glitch

This is Eric Mortensen's blog. He works @ Blip and lives in Brooklyn.

 

Also:
image oscillite
we are here to go

Recent Tweets @ericmortensen
Posts tagged "coal"

At high latitudes like ours, most small-scale ambient power production is a dead loss. Generating solar power in Britain involves a spectacular waste of scarce resources. It’s hopelessly inefficient and poorly matched to the pattern of demand. Wind power in populated areas is largely worthless. This is partly because we have built our settlements in sheltered places; partly because turbulence caused by the buildings interferes with the airflow and chews up the mechanism. Micro-hydropower might work for a farmhouse in Wales, but it’s not much use in a city such as Birmingham.

And how do we drive our textile mills, brick kilns, blast furnaces and electric railways - not to mention advanced industrial processes? Rooftop solar panels? The moment you consider the demands of the whole economy is the moment at which you fall out of love with local energy production. A national (or, better still, international) grid is the essential prerequisite for a largely renewable energy supply.

Some greens go even further: why waste renewable resources by turning them into electricity? Why not use them to provide energy directly? To answer this question, look at what happened in Britain before the industrial revolution.

The damming and weiring of British rivers for watermills was small-scale, renewable, picturesque and devastating. By blocking the rivers and silting up the spawning beds, they helped bring to an end the gigantic runs of migratory fish that were once among our great natural spectacles and which fed much of Britain - wiping out sturgeon, lampreys and shad, as well as most sea trout and salmon.

Traction was intimately linked with starvation. The more land that was set aside for feeding draft animals for industry and transport, the less was available for feeding humans. It was the 17th-century equivalent of today’s biofuels crisis. The same applied to heating fuel. As EA Wrigley points out in his book Energy and the English Industrial Revolution, the 11 million tonnes of coal mined in England in 1800 produced as much energy as 11 million acres of woodland (one-third of the land surface) would have generated.

Before coal became widely available, wood was used not just for heating homes but also for industrial processes: if half the land surface of Britain had been covered with woodland, Wrigley shows, we could have made 1.25 million tonnes of bar iron a year (a fraction of current consumption) and nothing else. Even with a much lower population than today’s, manufactured goods in the land-based economy were the preserve of the elite. Deep green energy production - decentralised, based on the products of the land - is far more damaging to humanity than nuclear meltdown.

So why the nuke-o-noia? It is human nature that when we hear about a risk, we react quickly and instinctively, before we have all the facts, by interpreting the first facts we hear through what we already know. (The academics called this the ‘representativeness’ heuristic.)
 
Just look at what people are saying about events in Fukushima…comparing them to Three Mile Island, or Chernobyl. Anyone who has those frightening events in the back of their minds, or the atomic bombings of Japanese cities, applies the few bits of information about what’s going on in Fukushima against that background.
 
And something called Confirmation Bias – we listen to and believe the people and information that confirms what we already believe - means that anybody predisposed against nuclear power will magnify the scarier aspects of what’s going on. 
 
On top of that, psychologists have found that risks have certain ‘personality traits’, psychological characteristics that make some feel scarier than others. Nuclear power is scary because it is invisible and odorless, which means we can’t detect it and protect ourselves, and feeling like we lack control makes any risk scarier.
 
Nuclear radiation is human-made, which is scarier than natural risks, like radiation from the sun (which kills 8,000 Americans per year from skin cancer). And radiation can cause cancer, a particularly painful way to go, and anything that involves more pain and suffering understandably causes more concern.
 
So nuclear radiation, in addition to being actually physically hazardous, has some psychological characteristics that make it particularly frightening, and a frightening history, and as a result, the worst case scenarios get played up, and magnified in the scream-a-thon that 24/7 global communication creates around events like those in Japan. Fear of nuclear energy is reinforced, fear that unquestionably in the coming weeks and months will infect the ongoing debate over what kind of energy future we should have.
 
Nuclear energy certainly has its risks, but are they as great as those from burning coal and oil, given what’s happening to the climate of the earth? Are nuclear emissions, including releases from accidents, as bad as the particulate pollution from fossil fuels? Not close.
David Ropekik, author of “How Risky Is It, Really? Why Our Fears Don’t Always Match the Facts”.
A 1-gigawatt coal plant burns 3 million tons of fuel a year and producest 7 million tons of CO2, all of which immediately goes into everyone’s atmosphere, where no one can control it, and no one knows what it’s really up to. That’s not counting the fly ash and flue gases from coal—the world’s largest source of released radioactivity, full of heavy metals, including lead, arsenic, and most of the neurotoxic mercury that has so suffused the food chain…
Stewart Brand, Whole Earth Discipline
Nuclear waste is miniscule in size—one Coke can’s worth per person-lifetime of electricity if it was all nuclear, Rip Anderson likes to point out. Coal waste is massive—68 tons of solid stuff and 77 tons of carbon dioxide per person-lifetime of strictly coal electricity. The nuclear waste goes into dry cask storage, where it is kept in a small area, locally controlled and monitored. You always know exactly what it’s doing. A 1-gigawatt nuclear plant converts 20 tons of fuel a year into 20 tons of waste, which is so dense it fills just two dry-storage casks, each one a cylinder 18 feet high, 10 feet in diameter. But contrast, a 1-gigawatt coal plant buns 3 million tons of fuel a year and producest 7 million tons of CO2, all of which immediately goes into everyone’s atmosphere, where no one can control it, and no one knows what it’s really up to. That’s not counting the fly ash and flue gases from coal—the world’s largest source of released radioactivity, full of heavy metals, including lead, arsenic, and most of the neurotoxic mercury that has so suffused the food chain…

brooklynmutt:

“I’d be a great friend to coal, no taxes on their profit… lower taxes on the coal industry…Coal’s a big part of our future.” “I don’t think anybody’s going to be missing a hill or two here and there.” - Rand Paul 

TPC