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Politics : Rat's Nest - Chronicles of Collapse -- Ignore unavailable to you. Want to Upgrade?


To: Mannie who wrote (8205)7/20/2008 3:10:32 PM
From: Wharf Rat  Read Replies (1) | Respond to of 24213
 
California must wake up to looming fuel crisis
Erica Etelson

Sunday, July 20, 2008

I lived in Berkeley for 16 years before getting around to stashing my 5 gallons of water and 20 cans of fruit cocktail. I'm as ready as can be for the big earthquake we're all waiting for. But what I'm not prepared for - what virtually no Californian is prepared for - is the other Big One: peak oil.

That's the day when we hit the tipping point, when demand for oil exceeds the supply.

Like it or not, oil fuels the engines of industrialized economies. In California, we burn through nearly 20 billion gallons of the stuff each year just driving around. Then there's the oil we use to grow and transport food and pump water, the oil that fuels planes, trains and cargo ships, and the oil that is embedded in every computer, every inch of asphalt and every bit of plastic. So imagine my surprise when I learned that oil supplies are running out - and that the federal government is doing nothing to prepare for it.

Speculation regarding the human impact of oil shortages runs the gamut from a deep recession to a second Great Depression to widespread famine and social disintegration. As an urban dweller with two kids, a 40-square-foot yard and little ability to keep houseplants alive, much less grow my own food, words like "famine" and Web sites like www.dieoff.org tend to hit my panic button.

As the third-largest refiner of crude oil in the United States and home to 206 oil fields, California has more petrol than most states. But we're also the third largest consumer of transportation fuels in the world, just behind the United States itself and China, and we import 45 percent of it from abroad.

Energy forecasting is a tricky business. On one side are those who say that we will never produce more oil than we do right now and should expect supplies to start dwindling rapidly by 2015 at the latest, at which point we're in deep trouble. Shell Oil recently joined their ranks: In January, its CEO called on the government to initiate a man-on-the-moon intensity project to prepare for the supply-demand gap.

On the other hand, skeptics don't see peak oil occurring before 2030, though they agree that the sooner we make the switch to alternative fuels, the better.

Whatever the case, we already feel the effects of a tight oil and natural gas market when we fill up our tanks and pay our PG&E bills. But it's hard to predict when exactly the supply crunch will really start mangling the economy - and changing the way we live.

The biggest oil and gas guzzler in the Golden State may surprise you - it's the food we eat. California's 11 million acres of cropland produce more food than any other state: Half of the nation's fruits, vegetables and nuts originate here, as do 1 out of every 5 glasses of milk. But the $32 billion-a-year agricultural industry is heavily dependent on fossil fuels, a fact that is just beginning to weigh on the minds of thrifty farmers alarmed by recent spikes in the price of petroleum-based pesticides, fertilizers and diesel fuel.

With a little luck and a big commitment to energy self-sufficiency, California could, theoretically, grow enough food to feed itself - if it stopped exporting its products all over the map, transitioned entirely to organics (currently a mere 5 percent of our harvest), converted its cow manure into bio-gas, and stopped allowing subdivisions to be built on prime farmland. Those are big ifs, and they're not even the biggest problem: how to get the food from the Central Valley to the distant population centers.

Despite the threat to our food supply, the issue of peak oil and gas is not on the radar screen of most agricultural policy analysts in Sacramento. My inquiries to the Department of Food and Agriculture, the Senate Agriculture Committee, the Assembly Agriculture Committee, and the Future of Farming Select Committee yielded variations on the standard response of "huh?"

The exception was Steve Schaffer, director of the Office of Agriculture and Environmental Stewardship of the Department of Food and Agriculture. He agrees that peak oil is a critical issue and points to an old (but still valid) study showing that the agricultural sector gobbles 5 percent of all oil, natural gas and electricity. And that's just the energy needed to grow the food and ship it to first-line processors; it doesn't count the many miles that food will still travel to packagers, distributors, supermarkets and, finally, homes, a journey that averages 1,500 miles.

When you add up all those detours, you're looking at an industry that Cornell University Professor David Pimentel estimates requires 400 gallons of gas to feed just one of us for a year.

I did a little calculation using Pimental's 400-gallon figure: How much would we Californians, who drive our 20-mile-per-gallon vehicles an average 11,000 miles a year, have to reduce our driving to free up enough oil to keep us fed? Answer: Three-quarters. Got a bike?

California's passage of the Global Warming Solutions Act of 2006 puts us in the forefront of conservation programs and technological initiatives to find less carbon-producing alternatives to fossil fuels. But will it all be too little, too late? We are measuring the time frames for reducing our carbon footprint in decades, not years, yet oil and gas shortages may be just around the corner.

Part of the reason California is moving slowly to wean itself from fossil fuels is that policymakers, to the extent they are even aware of the peak oil and gas dilemma, seem to think we have far more time than we actually do. The California Transportation Plan 2025 puts peak oil at midcentury and sets forth a gradual transition toward oil independence.

State planners rely on energy forecasts provided by the U.S. Energy Information Administration, forecasts that have proved overly optimistic time and again.

The one very important fuel conservation measure California has tried to implement - raising fuel efficiency standards above federal standards - is still being blocked by the EPA. If the state's lawsuit against the EPA is successful, we will save almost 4 billion gallons a year by 2020. That sounds like a big number, but in fact it's only a fifth of our current annual petrol use. And if we're going to stay ahead of the peak oil curve, we'll need to wean ourselves long before 2020.

Astonishingly, oil conservation no-brainers like lowering the speed limit are nonstarters politically. One California Senate energy committee staffer actually laughed aloud when I asked him whether restoring the 55 mph speed limit was on the table.

Fortunately, some cities in California have awakened to the reality of peak oil and are not waiting around for the state and federal governments to act.

The Oakland Oil Independence by 2020 Task Force is pushing for the city to electrify its transit system, and is recommending a "back to the future" approach to urban redesign - essentially, a network of densely populated, streetcar-interconnected neighborhoods in which people live, work and shop.

The San Francisco peak oil task force is entertaining similar notions - how to keep the economy afloat, the lights on and the food coming in once we're on the downside of the peak oil curve.

Even the notoriously car-centric southern half of the state seems to be stirring from its slumber.

"They get it," says Huntington Beach Mayor Debbie Cook, who has spread the gospel of peak oil to elected officials and urban planners across the nation. Cook is troubled by the disconnect between what planners know we need to do and what is feasible politically.

"It's such an incredible challenge, yet it's so under the radar screen," Cook says. "How could the government not be screaming from the mountaintops?"

Erica Etelson is a journalist and peak oil activist who lives in 6,694-acre Berkeley. Contact us at insight@sfchronicle.com.


sfgate.com



To: Mannie who wrote (8205)7/23/2008 9:20:08 AM
From: Wharf Rat  Read Replies (2) | Respond to of 24213
 
MIT's Guru of Low-Tech Engineering Fixes the World on $2 a Day
From impoverished Peruvian villages to MIT's D-Lab, professor Amy Smith and her spirited team of engineers are on a mission: Fight global poverty and improve living standards for developing countries—one low-cost, accessible invention at a time.


Farmers in Peru are working with MIT engineers to design solutions to local challenges. From left: a pedal-powered grain mill; the approach to the town’s water source.

By Logan Ward
Published in the August 2008 issue.
Page 1 2 3 4 Next »


The Peruvian village of Compone lies 11,000 ft. above sea level in El Valle Sagrado de los Incas, the Sacred Valley of the Incas. Flat but ringed by mountains, the tallest capped year-round in snow and ice, the valley is graced with a mild climate and mineral-rich soil that for centuries has produced what the Incas called sara—corn.

The farmers of Compone feed corn to their livestock, grind it into meal, boil it for breakfast, lunch and dinner and stockpile it as insurance against future unknowns. They burn the corncobs, stripped of kernels, in the earthen stoves they use for cooking and to heat their homes.

It's the stoves that worry Amy Smith. One morning, the 45-year-old inventor stands on the front lawn of the town's community center, beside a 55-gal. drum packed with corncobs that is billowing smoke, a box of matches in her hand and dressed for comfort in faded jeans, avocado T-shirt and a baseball cap pulled over a thick curtain of dirty-blond hair. Smith is ringed by three dozen campesinos who make no move to dodge the lung-burning, eye-stinging cloud. If she just waited a few minutes, the embers would burst into flame on their own and the smoke would dissipate in the intense heat. Instead, she drops a match into the barrel, then jerks her hand back. Nothing happens.

Smith is trying to turn the cobs into charcoal. For an award-winning engineer from the Massachusetts Institute of Technology, this would seem to be a humble goal. Wood charcoal has been in use for thousands of years. However, for many of the world's poor, it can be a life-saving technology. Compone's farmers are among the 800 million people worldwide who use raw biomass—agricultural waste, dung, straw—for fuel. Globally, smoke from indoor fires makes respiratory infections the leading cause of death for children under the age of 5, claiming more than a million young lives a year. Charcoal burns much more cleanly. "I don't know how quickly we can change cooking habits here," Smith says, "but I'd like to see people breathing less smoke inside their homes."

A well-liked instructor at MIT and member of the Popular Mechanics editorial advisory board, Smith is a rising star in a field known as appropriate technology, which focuses on practical, usually small-scale designs to solve problems in the developing world. She has brought four undergrads to Compone, along with Jesse Austin-Breneman, an MIT graduate who works for a community organization in Peru, and one of her engineering collaborators, 53-year-old Gwyndaf Jones. To get here, the team has lugged bags of tools and low-tech gadgets, water-testing equipment and a heavy wooden crate bearing a pedal-powered grain mill more than 3500 miles in taxis, airplanes and buses.

The charcoal project is the responsibility of Mary Hong, a 19-year-old branching out beyond her aerospace major this semester. She and the other students, coincidentally all women, are enrolled in Smith's D-Lab, a course that is becoming quietly famous beyond the MIT campus in Cambridge, Mass. The D is for development, design and dissemination; last fall, more than 100 students applied for about 30 slots. To prepare for their field work, D-Lab students live for a week in Cambridge on $2 per day. (Smith joins in.) Right now, eight more D-Lab teams are plying jungle rivers, hiking goat trails and hailing chicken buses in seven additional countries—Brazil, Honduras, Ghana, Tanzania, Zambia, India and China. In Smith's view, even harsh aspects of Third World travel have their benefits. "If you get a good bout of diarrhea from a waterborne disease," she says, "you really understand what it means to have access to clean drinking water."

Smoke continues to envelop the ruddy-cheeked spectators in Compone. Children dart in and out of the circle as if playing in a sprinkler. When the smoke starts to dissipate after another try, her students, who have been watching nervously, let out a hopeful gasp. But just as quickly the white cloud is back, lazily boiling out of the drum.

Fortunately, Smith seems impervious to embarrassment, like the ringmaster of some traveling circus to whom an endless progression of dusty venues has taught one lesson: Never stop the show. Her toothy smile stretches wider as she strikes another match ("I'm really a pyromaniac") and another ("that's why I have so few hairs left on my hand") and one more ("it's a personality disorder") until—ta-da! Flames jet out and she jumps back ahead of a whoosh that feels like a punch in the chest. The smoke vanishes.

After 10 minutes, Smith touches her new boot to the side of the barrel—sure enough, the rubber sole starts to melt. That's a sign for Hong to make the drum airtight. The student gets help to lower it to the ground, blocking holes drilled into the bottom, and then seals the top with a steel lid and dirt. Inside, the corncobs will slowly carbonize, impurities baking off over the course of several hours. The result will be black, corncob-shaped charcoal briquettes.

Continued >>>
popularmechanics.com