Stories tagged with "energy"

On Independence, Energy Subsidy, and Freedom

How much of our freedom is related to 'cheap energy'? Last I checked, the average American uses over 60 barrel of oil equivalents of the 3 primary fossil fuels (oil, coal and natural gas) per year. Depending on ones assumptions (and occupation), this is in the neighborhood of hundred(s) of years of manual human toil supplanted by cheap ancient sunlight. (At $20 per hour, a human laborer makes over $40,000 per year so even an energy subsidy of 100X p/a equates to $4 million in dollar terms.) Do our social freedoms emanate from the nature of our socio-political system, or the reverse - is our socio-political system a byproduct of the resources we acquired and used after finding this land? What is freedom, anyways? And what will freedom look like in the future? On this the birthday of the United States of America, let's discuss energy and freedom around the Campfire.



Have We Reached an Inflection Point in Economics History?: “Indeflation” and Energy

[Ed's note by PG: This is a guest post by Chris Nelder, an energy analyst and journalist; his work can be found at GetRealList and Energy & Capital. Chris is the principal author of Profit from the Peak – The End of Oil and the Greatest Investment Event of the Century, and the co-author of Investing in Renewable Energy: Making Money on Green Chip Stocks.]

A fierce debate now rages among economists, investors, pundits and the puppetmasters of fiscal policy: What’s next, inflation or deflation?

Has the most massive money-printing spree in history successfully stimulated the global economy and put it back on an upward course with rising inflation? Or are we still in a global downturn, temporarily masked by the stimulus, with prices, wages and employment still falling?

A comforting 30% gain in the major stock market indexes since the March lows has given renewed confidence to the “green shoots” trumpeters who dominate the airwaves and the press.

But grayer and wiser heads in the investing community—like Dave Rosenberg, John Mauldin, Nouriel Roubini, Gary Shilling, Peter Schiff, and Dave Cohen—have a more bearish view. The financial sector must now deleverage, they argue, which means liquidating assets, repaying debt, saving instead of borrowing, and contracting in general. In their view, the process will take years, not months, and what we have seen since March is a classic bear market rally.

It's the Ecology, Stupid

My next essay(s) will detail why our current crisis is manifesting in credit/finance, but has origins in and implications for energy, ecology and equity. I thought it would be helpful to first frame this situation from an academic perspective, by highlighting a recent Proceedings of National Academy of Sciences paper: "Overcoming Systemic Roadblocks to Sustainability: The Evolutionary Redesign of Worldviews, Institutions, and Technologies", written by a group of colleagues (professors and students) at the Gund Institute for Ecological Economics at the University of Vermont. It is a long paper but covers issues worthy of discussion - most notably an academic framework for averting collapse - a tall task. What say you? (Note: some of the authors may be reading/responding to comments, but it's finals week.)

Energy Journal Roundup: April 2009

We are starting a new monthly series today. Once a month, a selection of peer reviewed articles from several Energy Journals will be posted on the Oil Drum by Rembrandt and EROI Guy. The journals from which we select articles include Ecological Economics, Biomass and Bioenergy, The Oil & Gas Journal, The Energy Journal, Resource and Energy Economics and Energy Policy, to name just a few. Links are provided to articles but some may require fees for access.

Further Evidence of the Influence of Energy on the U.S. Economy


Gail, Jeff Rubin , and now James Hamilton (warning- pdf) of the University of California – San Diego have produced literature correlating either this financial collapse or recessions more generally with peak oil and oil prices. The take-away message of their work is that oil prices played a fundamental role in causing the current recession and many previous recessions. In this post I, along with Steve Balogh, a fellow researcher here at the EROI Institute at SUNY-ESF, will add to this discourse.

Banking on Energy

This is a guest post by Chris Cook. Chris is Former Director of the International Petroleum Exchange, and is now a Strategic Market Consultant and commentator. The post was written prior to the G20 meeting which started April 2. In this post, Chris proposes that international trade be denominated not in dollars, but energy.

In the approach to the G20 meeting we saw two distinct threads of global policy emerging: one by the global debtor nations, led by the US, and another by global creditor nations, led by China.

A New World Model Including Energy and Climate Change Data

This is a guest post from Dolores García, an independent researcher based in Brighton, UK. This paper was presented at the "Mission Earth" seminar, ETH, Zurich, January 2009. This seminar was reported on at The Oil Drum here.

Abstract: An updated systems model of global climate, resources, and energy extending the original World3 (“Limits to Growth”) model by inclusion of climate change and it's interaction with resources and energy. Outcomes are derived for total energy resources, human population, nutrition, consumption, economic activity and other parameters. Long-term outcomes are derived for a 1900 C.E. to 2100 C.E. time sequence, with human population decline.

The 88,000,000,000 barrel debt


When I plotted this chart, I was surprised to see that US primary energy production has held steady since 1981 at just over 1.5 billion tonnes oil equivalent per year. Declining oil has been compensated by rising coal and natural gas production. However, despite this abundant wealth of energy, the US has chosen to live beyond its means.

What does Sustainability Mean for Energy?

What makes energy sustainable? I think each of us has our own idea, and the various ideas are not entirely the same.

To be sustainable, clearly the fuel supply must be adequate--not run out shortly. If we are concerned about climate change, a sustainable source of energy production should not add much carbon to the atmosphere, either. We are running short on fresh water, so a sustainable fuel must not put a burden on the water supply. Furthermore, it is becoming more and more clear that the system of international trade that underlies our high-tech system will not hold together indefinitely. Because of this, an energy source that depends heavily on imported raw materials or parts, or is dependent on our whole high-tech way of life, is not likely to continue very long.

Ideally, any energy source we want to emphasize in the future will meet all of these criteria, and additionally, will be inexpensive to produce. The problem is that it is very difficult to find fuels that meet all these criteria.

In this house, we obey the laws of thermodynamics!

Thermodynamics

When you use energy, the rules are very well defined.  The first and second laws of thermodynamics have been well understood for well over a century, and the third for just over a century, but the subject is still viewed by most as being pretty arcane.  This is a pity, both because these laws are of such importance, and because almost everyone has a fair understanding of the first and second laws, even if they think they don't.  Understanding the implications of the laws is another matter.