Ecomodernization

Does Premature Deindustrialization Pose a Threat to an Ecomodern Future?

The release of “An Ecomodernist Manifesto” last year sparked a variety of critiques. Some took issue with ecomodernism’s embrace of large-scale agriculture. Others differed with the Manifesto’s focus on growth and modernization, arguing for the opposite: degrowth and lower consumption. And of course there are the traditional environmental bugaboos. Nuclear power. Industrialization. GMOs.

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Radiation and Reason

An Interview with Dr. Wade Allison

Dr. Wade Allison taught and studied at the University of Oxford  for over 40 years, where he is now an Emeritus Professor of Physics. His two books, Radiation and Reason and Nuclear is for Life, provide great introductions and references for those looking for a deeper understanding of how radiation affects the environment and public health.

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All Pain, No Gain

Closing Diablo Canyon Will Cause Costs and Emissions to Rise

Last week, California utility Pacific Gas & Electric (PG&E) announced it intends to close the state’s last nuclear power plant, Diablo Canyon, starting in 2024. Diablo Canyon, a 2200-megawatt plant just north of San Luis Obispo, generates 8–10% of California’s electricity every year with zero air pollution and zero carbon emissions. The closure is explained in a proposaldeveloped by the utility along with environmental and labor groups.

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Not Dead Yet

Global Nuclear Industry Picked Up Steam in 2015

Despite all the obituaries, last year’s stats show the nuclear renaissance is alive and kicking—and keeping pace with wind and solar. Here’s how to keep it going.

Last year the success of wind and solar power made headlines as installations of new turbines and PV panels soared. Meanwhile, “nuclear is dead” think pieces mushroomed in the press as old plants closed and new projects floundered in delays and cost over-runs.

But while the “rise of renewables” is indeed reason to celebrate, the “death of nuclear” storyline has been greatly exaggerated. Far from being moribund, in 2015 the global nuclear sector quietly had its best year in decades. New reactors came on line that will generate as much low-carbon electricity as last year’s crops of new wind turbines or solar panels. The cost of building those reactors was less than one third the cost of building the wind turbines and solar panels, and typical construction times were under 6 years. The conventional wisdom that nuclear projects must be decade-long, budget-busting melodramas proved starkly wrong last year. In crucial respects the nuclear renaissance has hit its stride and is making a fundamental contribution to decarbonization—one that will accelerate if the industry gets recognition and support for what it is doing right.

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How Much Radiation Is Too Much?

An Interview with Edward Calabrese

Everyone knows that the dose is critical when you are taking a prescription medication: a small amount can provide significant benefit, but a large dose can kill you. This “non-linear” effect is taken for granted in pharmaceuticals, but is not generally adopted for regulating the risks of radiation. Dr. Edward Calabrese is a professor and toxicologist at the University of Massachusetts Amherst's Department of Environmental Health Sciences. He has spent his career studying non-linear effects in different carcinogens. From hundreds of studies, he has concluded that radiation should be treated more like pharmaceuticals, and regulators needs to change how they think about radiation risks and harm.

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Ammonia is Everest Base Camp for Clean Energy

An Innovation Policy in Disguise

In September 1987 twenty four countries signed the Montreal Protocol, beginning the phaseout of chlorofluorocarbons (CFCs) and other materials that destroy the ozone layer. The international community decided the impact of a small group of industrial chemicals was simply too dangerous, and outlawed them.

Perhaps it is time to take a hard look at another industrial chemical with dangerous global warming impacts — ammonia. Specifically, ammonia that is produced from fossil carbon, with high CO2 emissions. Fossil ammonia.

A phaseout of fossil ammonia would do more than cut CO2 emissions from the fertilizer industry.  It is in fact an innovation policy in disguise. The real effect is to drive the technological innovation we need to take on the main game — the decarbonization of energy.

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