In the post prior to last week’s, I looked in some detail at the energy densities associated with each of the conventional fossil fuels that together account for over 80 percent of global primary energy supply. As I pointed out, the highly concentrated nature of these energy sources is a fundamental enabling factor in relation to the forms of social and economic organisation that have evolved over the course of the industrial age. The norms, expectations habits and tendencies with which we live together today—and that for most of us, most of the time, remain largely below our thresholds of awareness—are intertwined in various ways with the characteristics of our energy sources. Different energy sources necessarily entail differences in these characteristics. In transitioning between energy source regimes, if key characteristics associated with an emerging regime differ sufficiently from those with which our major techno-economic infrastructure and socio-cultural institutions have developed, then at some point the infrastructure and institutions will themselves need to change for the process of transition to proceed. When such transition points are reached, the connections between energy resources and cultural expectations can no longer remain submerged from view: we’re required to confront the changing situation, and in many cases, we too must undergo our own transformations, individually and collectively. Continue reading
Tag Archives: energy transition
In praise of fossil fuels—Part 1: establishing context
Comprehensive understanding of the environmental and resource implications for humanity’s economic activity involves thinking in terms of the full life cycles of our goods and services. Thanks in large part to the work of William McDonough and Michael Braungart, awareness of “cradle to cradle” design thinking has spread beyond the worlds of industrial ecology and ecological economics to establish a toehold in popular sustainability-oriented discourse. Over the past decade or so, it has started to dawn on an increasing number of us that the things we consume on a daily basis are connected to a globe-spanning network of socio-ecological consequences the extent of which is belied by the apparently modest materiality of our “stuff”. It’s in the context of this awakening systemic insight that the concept of embodied energy has—at least amongst those of us with an interest in the relationships between the spheres of technology, society and environment—come to be meaningful. Here in Australia, particular effort has been directed towards making information about the embodied energy of housing construction materials widely available—and moreover, to making this understandable for people involved in making the decisions that this might inform.