And We All Frack On

Print Friendly, PDF & Email

Several recent stories show that the amazing technology of fracking continues to transform the energy world.

First is the news out of Russia that it has begun drilling a well that aims to tap the huge Bazhenov shale formation. The Bazhenov field, in Siberia, may be the biggest shale formation in the world.

Until now, Russia hasn’t bothered with fracking, even though it has the world’s largest reserves of shale oil (and the ninth largest of shale gas), because it has immense reserves of conventional fossil fuels. But lately its conventional production has begun to stagnate.

So Russia is allowing Royal Dutch Shell and Exxon Mobil to partner with its state-owned Gazprom Neft to start the process of developing fracking operations. How quickly it can mimic the American success in this area is hard to tell — certainly, other countries with large shale reserves (such as China, Poland, and the UK) have yet to get any production going, because the technology is tricky. What Russia has going for it is that — unlike the US — Russia has a leader who actually wants to enhance fossil fuel production, rather than destroy it.

Even more fascinating is the report out of Brussels that the European Commission now wants to cut back on the “climate protection” schemes it has pushed in the past and — wait for it — embrace fracking!

Yes, apparently the Commission’s plan is to step back from its aggressively Green agenda, called “20-20-20,” set back in 2007. The plan then was to achieve a 20% drop in greenhouse gas emissions, raise the EU’s output of renewable energy to 20% of all energy consumed, and achieve a 20% increase in the EU’s energy efficiency — all by 2020. The plan now is to switch to pursuing these green energy goals only on a voluntary basis.

As regards fracking, the Commission now intends to establish only minimal rules, instead of the very strict ones it was considering.

The interesting question is whether Germany’s head Angela Merkel will continue to push for an increase in the use of renewables. She has set the goal for generation of renewable energy in Germany at 60% by 2036. Considering that after Fukushima, Merkel ordered that the German nuclear power industry be closed by 2022, and that half the plants are already shuttered, achieving the renewable goals will drive the cost of German power through the roof.

But she is running into flak from German industry. An article late last year noted that the rising energy prices in Germany and dropping prices elsewhere were beginning to put pressure on German manufacturers to start offshoring much of their operations.

I mean, this is just fascinating: when America is finally free from our current Green president, and we once again encourage domestic oil and gas production, we may find that we get back some of the heavy industry we lost to the Germans decades ago. Hell, maybe their automakers will completely relocate here.

Of course if they do, they will need new names. Instead of Bayerische Motoren Werke, might I suggest Tennessee Motor Works? And Mercedes Benz — well, “Mercedes” is so dated. We might try “Miley” (after our famous twerker-girl pop star). Perhaps “Miley Bends” would work . . .

A recent Wall Street Journal piece noted that many EU companies are moving production to the US, because of our relatively inexpensive energy — and, one might add, because at least in the half of all American states that have right-to-work laws, our labor rules are more realistic.

Finally there is a story about a start-up company called Siluria, which may possibly have solved the technological hurdles in the way of turning abundant natural gas into cheap gasoline — gasoline at about half the price of the current product distilled from petroleum.

Siluria is trying to do what so far has been impossible. While gas-to-liquids plants do exist (plants that convert natural gas to liquid fuels, including gasoline), they are very costly. It takes a lot of energy to do the conversion. For years, companies have searched for a catalyst that would make the conversion more cost-efficient, but so far, no catalyst has succeeded. Siluria has a new approach: it has built an automated system for making and trying out new catalysts. The system has already sifted through 50,000 possibilities, and the company feels that the performance of the catalyst currently in use at its experimental conversion plant justifies opening two larger-scale plants to prove to investors that it has a commercially viable approach.

A number of other companies are trying to find a commercially attractive way to convert natural gas to liquid fuels — none of which, please note, receiving the lavish funding accorded Obama cronies’ multitudinous green energy companies (most of which have failed).

In fact, the whole fracking revolution was entirely the creation of a handful of brilliant entrepreneurs in the private economy, operating in the face of the administration, not with its help. Over the decades, the role of the federal government in confronting our energy dependence on the Mideast has been one of trying to pick winning technologies, and failing every time. Not just failing, but failing at a cost to taxpayers of billions of dollars, all the while impeding private enterprise.

It is time just to end the idiotic Federal Energy Department, and let the free market solve the problem.

Leave a Reply

Your email address will not be published.