[Editor note: The following post, “Cap-and-Trade: The Temple of Enron,” appeared one year ago in MasterResource.  It is being reprinted in conjunction with the release of the outlines of the Senate energy/climate proposal. Robert Bradley, formerly with Enron, further documents Enron’s cap-and-trade shenanigans in other MasterResource articles listed at the end of this post. Two press releases from the Competitive Enterprise Institute and the Institute for Energy Research on the Senate outline are reproduced as well.]

“Since 1976, Enron [and predecessor company] employees have been at the forefront of developing air credit trading policies for governments and businesses…. Enron today is the largest and most sophisticated air emissions credit and allowance trading organization in the United States. Since 1990, Enron has participated in over 80 SOx allowance transactions and has also been active in establishing policies for trading NOx in the United States and carbon [dioxide] world-wide.”

[Editor note: This is Part V of a series of posts on the political activism of climate scientists at Texas A&M.]

“I really enjoyed the ‘fact’ that I saved you from being a ‘climate alarmist’. Frankly, your descriptions of my colleague Andrew Dessler are outrageous. You seem to forget that he spent several hours tutoring you and your student from [Kinkaid] on climate change during a university holiday. As I said to Steve McIntyre after spending hours trying to help him, then being mocked in his blog, ‘No good deed goes unpunished’. I am afraid to say anything more to you via email.”

– Gerald North to Rob Bradley, April 17, 2010 (cc Eric Berger, William Dawson, Andrew Dessler)

Dear Jerry:

I asked for substantive feedback from you to my post(s) and instead got a sarcastic, emotional response.…

When it comes to power, density is the key. Energy density. The reason that solar power, wind power, and ethanol are so expensive is that they are derived from very diffuse energy sources. It takes a lot of energy collectors such as solar cells, wind turbines, or corn stalks covering many square miles of land to produce the same amount of power that traditional coal, natural gas, or nuclear plants can on just a few acres.

Each of these alternative energy sources is based on mature technology. Agriculture and fermentation have their roots in prehistory, windmills date back at least to 65 B.C., the photovoltaic effect was discovered in 1839. Yet nowhere in the world are these technologies serving as primary energy sources without significant government subsidies. While incremental improvements can be expected, what is needed for them to become viable is an order of magnitude increase in productivity.…

[Editor’s note: Part I in this five-part series examined Dr. Ehrlich’s views on Julian Simon, growing energy usage, and depletion. Part III examines Ehrlich’s conservation(ism) views.]

The Ehrlichs’ angst about the energy future was rife with forecasts that have been proven false–and embarrassingly so. As mentioned in Part I, the Ehrlichs’ protégé John Holdren has made similar radical pronouncements and wild exaggerations (see here and here) and even joined Stephen Schneider and other climate scientists in the global cooling scare.

Running Out of Oil

Writing in 1974, the Ehrlichs predicted that “we can be reasonably sure . . . that within the next quarter of a century mankind will be looking elsewhere than in oil wells for its main source of energy.” [1] Consequently, “we can also be reasonably sure that the search for alternatives will be a frantic one.”…