Wanted: Cheap Energy At Any Cost

Last year while traveling in Europe, I flew through Berlin. As the airplane was landing, I looked out the window and saw huge strip mine operations southeast of the city.

I was curious about this, because I thought Germany was a very “green” country full of environmental hard-liners. So what’s with the strip mine? Let’s have a look…

There’s “green” and there’s money. Germany has a strong economy, which is the anchor for the euro. Germany boasts many superb industrial firms across a wide array of business sectors. Think of Mercedes-Benz, BMW, Siemens and innumerable others.

Still, for as great as many German firms are at what they do, the German economy requires competitive-priced energy. Energy costs matter to all businesses.

The need for affordable energy has led to a revival of strip mining in Germany to provide relatively low-cost fuel to generate electricity. So despite what you might hear about German environmentalism — like closing nuclear plants, building windmills and installing solar panels — the fact is that Germany digs a lot of coal.

In many ways, the German mining revival is not pretty. Giant machines carve out rock formations that yield some of the world’s dirtiest coal — lignite, aka “brown coal.” As you can see in this graph, Germany produces and uses large volumes of coal — especially low-grade lignite — to generate electric power.

German Electricity Production in 2013

The problem with lignite is that it’s filled with moisture and all manner of impurities besides carbon. Every ton of German lignite delivers less energy and more overall pollution than higher-grade forms of coal (“hard” coal in the graph above), let alone natural gas, carbon-free nuclear or wind or solar — not that there’s much sunshine in Germany in the winter.

The new “lignite” mining trend extends beyond Germany’s borders, into Poland and the Czech Republic. Major European utilities — like Swedish-owned Vattenfall AB, for example — are expanding open-pit mines to deliver more lignite to power plants.

East of Berlin, for example, Vattenfall operates the Welzow-Sued lignite mine. Over the years, mine operations have moved close to the edge of property lines. Now Vattenfall has filed papers with the state government of Brandenburg to seize adjacent lands and continue mining. This includes foreclosing on the 700-year-old village of Proschim, which is destined for complete destruction under Vattenfall’s mine plan.

“Lignite is the only traditional energy source that is…domestically available in sufficient amounts and at affordable prices.”

According to a Vattenfall spokesperson, “Lignite is the only traditional energy source that is, in the long run, domestically available in sufficient amounts and at affordable prices. All the alternatives foreseeable today are more expensive, strengthen import dependency or drive away investments, value-creation and jobs.”

This comment from Vattenfall pretty much sums up the debate for Germans. Burn lignite or pay more, import more, invest less and lose jobs. Clearly, Germany is faced with economic, social and environmental trade-offs in its quest for energy.

Thus, Germany is leaning toward strip mining. For now, German power plants burn “dirty” lignite to keep the lines powered, industry humming, cities lit and homes warm. Considering the environmental politics of Germany, the strip-mined land will eventually be restored. But Germany has made its decisions, and the energy policy is clear even from the window of an airplane flying into Berlin.

While Germans move entire towns to dig lignite, things are different in, say, Canada and the oil sands operations of Alberta. For example, if an oil sands operation affects land connected to First Nations people, the permitting and approval process comes to a grinding halt until the legalities are thoroughly sorted out.

Meanwhile, what’s the effect on the landscape? Mining oil sands is impactful, to be sure. At the same time, since the 1970s, when oil sands surface mining commenced in Alberta, the total surface area excavated is less than 300 square miles. How big is that? By comparison, the built-up area of Greater Los Angeles covers 4,825 square miles.

How about so-called “green” energy, such as hydropower? Well, the surface area — mostly former forest land — covered by the impoundment dams of Hydro-Québec measures approximately 11,500 square miles (the size of Belgium). That’s not quite 40 times the amount of land disturbed by surface mining operations for oil sands in Alberta.

Looking ahead 50 years or so, the master plan for Alberta is that nearly all surface-based oil sands operations will come to an end. Along the way, each mining operation must establish a “sinking fund” dedicated to restoring land to near its original contour. Then the recovery plan calls for covering the dug-out areas with stockpiled original soil, replanted with native flora and restocked with native fauna.

Meanwhile, in 50 years, Greater Los Angeles and the Quebec hydro dams will doubtless still be there, and likely larger.

The tale of two countries and their respective quests for energy highlights how there are no easy answers when it comes to keeping the lights on and the economy running. That, and how pretty much everything is connected to everything else these days.

That’s all for now. Thanks for reading.

Byron W. King
for The Daily Reckoning

Ed. Note: The story in Germany is a prime example of the increasing global demand for energy. Even in the EU’s leading economy, the need for low-cost energy sources is paramount to maintaining economic growth and stability. And that only highlights the impressive resurgence of the U.S. energy industry. Byron knows this better than almost anybody, and has devoted his career to being at the forefront of the world’s resource and energy stories. He is a regular contributor to the Daily Resource Hunter – a free newsletter that provides readers with no less than 3 chances to discover real, actionable profit opportunities, every trading single day. If you’re not receiving the Daily Resource Hunter email edition, you’re only getting half the story. Don’t wait another minute. Sign up for the FREE Daily Resource Hunter, right here.

Original article posted on Daily Resource Hunter

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Byron King

A Harvard-trained geologist and former aide to the United States Chief of Naval Operations, Byron King is our resident gold and mining expert, and we are proud to have him on board as the managing editor of Whiskey & Gunpowder.

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