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The drive up to Coalmont, Grundy County, Tennessee, winds through beautiful countryside – hardwood forests, open meadows, meandering creeks. The land also bears the scars of decades of poverty – collapsed chicken houses, signs advertising “wood for sale”, a faded placard taped to a mailbox printed with the words “Indoor yard sale”. The roadsides are littered with posters for forthcoming local elections; around here, a $50,000 salary as county clerk makes a person part of the economic elite.
This is hardly Silicon Valley or Wall Street, but I am in Coalmont to interview a captain of industry, one of the county’s biggest employers, someone you might even call a visionary – the owner of what must be the world’s only vertically integrated worm factory. Silver Bait LLC produces fishing worms by the millions. But that’s only the beginning of what it produces. The walls of the 170,000sq ft worm factory are made of giant concrete blocks that the company produces onsite. Likewise, the pre-stressed concrete columns and beams in the building. Silver Bait also produces its own corrugated metal roofing on a machine the company’s founder, Bruno Durant, designed and built.
French-born, 50-year-old Durant grows 300 acres of corn here, to feed his worms, and he harvests it with second-hand machinery he renovated in his onsite equipment- maintenance building. He invented his own machinery to harvest the worms and he is about to complete work on a device that will mechanise most of the rest of the worm-culture process.
He’s also about to put in place a full-scale packing line (designed by himself and built in his onsite machine shop). The worms are dispatched for sale in small plastic containers made in his onsite injection-moulding machine and are delivered to his customers – bait wholesalers across the eastern US – in his company’s refrigerated trucks. He does purchase peat from Canada as the growing medium for his worms. But that’s about all he buys in.
Habeas Corpus: From England to Empire. By Paul Halliday. Harvard University Press; 502 pages; $39.95 and £29.95. Buy from Amazon.com, Amazon.co.uk
WHEN discussing habeas corpus or the “Great Writ of Liberty”, as the most revered legal device of the Anglophone world is often known, jurists and civil libertarians tend to become misty-eyed. In 1777 Charles James Fox, a radical British politician, described habeas corpus during a parliamentary debate on its suspension as “the great palladium of the liberties of the subject” and deplored the “insolence and temerity” of those “who could thus dare to snatch it from the people”.
Nearly 230 years later, in an impassioned attack from the Senate floor on the Bush administration’s bill to suspend habeas corpus for anyone determined to be an “unlawful enemy combatant”, Barack Obama declared: “I do not want to hear that this is a new kind of world in which we face a new kind of enemy.” Another senator, Arlen Specter, roared: “The right of habeas corpus was established in the Magna Carta in 1215…what the bill seeks to do is set back basic rights by some 900 years.” In Britain, Lord Hoffmann, a law lord reviewing government “control orders” to detain terrorist suspects in 2007, thundered: “Such is the revulsion against detention without charge or trial, such is this country’s attachment to habeas corpus, that the right to liberty ordinarily trumps even the interests of national security.”
Often seen with Porsche, Mercedes, Audi or BMW drivers. The first “Smart Car” driver I’ve seen using this technique. Perhaps dark humor?
Energy Secretary Chu gave a talk at the EIA/SAIS Energy Conference on April 6-7. I want to share a few highlights of it, and give my impression. Both the Powerpoint slides and audio can be accessed at this link.
My general view of the talk is that Chu is extremely optimistic, in terms of what he thinks can be done. He also fails to tell listeners what our real problems are.
Wow! Slide 2 indicates that Chu thinks America has the opportunity to lead the world in a new industrial revolution. How does he think that is going to be done?
The first industrial revolution was during a time of increasingly available energy, because of the new use of coal. That is very unlikely in the future, both because of peak oil, and because of hoped-for constraints on fossil fuel use because of climate change issues. Net energy available to society is likely to be going down, not up! It is hard to understand an industrial revolution under those circumstances, unless it is a retooling to a much lower level–but later slides make it clear that is not what he is thinking of.