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Weiye Loh

Breakthrough Europe: Emerging Economies Reassert Commitment to Nuclear Power - 0 views

  • Nearly half a billion of India's 1.2 billion citizens continue to live in energy poverty. According to the Chairman of the Indian Atomic Energy Commission, Srikumar Banerjee, "ours is a very power-hungry country. It is essential for us to have further electricity generation." The Chinese have cited similar concerns in sticking to their major expansion plans of its nuclear energy sector. At its current GDP growth, China's electricity demands rise an average of 12 percent per year.
  • the Japanese nuclear crisis demonstrates the vast chasm in political priorities between the developing world and the post-material West.
  • Other regions that have reiterated their plans to stick to nuclear energy are Eastern Europe and the Middle East. The Prime Minister of Poland, the fastest growing country in the EU, has said that "fears of a nuclear disaster in Japan following last Friday's earthquake and tsunami would not disturb Poland's own plans to develop two nuclear plants." Russia and the Czech Republic have also restated their commitment to further nuclear development, while the Times reports that "across the Middle East, countries have been racing to build up nuclear power, as a growth and population boom has created unprecedented demand for energy." The United Arab Emirates is building four plants that will generate roughly a quarter of its power by 2020.
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  • Some European leaders, including Angela Merkel, may be backtracking fast on their commitment to nuclear power, but despite yesterday's escalation of the ongoing crisis in Fukushima, Japan, there appear to be no signs that India, China and other emerging economies will succumb to a similar backlash. For the emerging economies, overcoming poverty and insecurity of supply remain the overriding priorities of energy policy.
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    As the New York Times reports: The Japanese disaster has led some energy officials in the United States and in industrialized European nations to think twice about nuclear expansion. And if a huge release of radiation worsens the crisis, even big developing nations might reconsider their ambitious plans. But for now, while acknowledging the need for safety, they say their unmet energy needs give them little choice but to continue investing in nuclear power.
Weiye Loh

The Breakthrough Institute: ANALYSIS: Nuclear Moratorium in Germany Could Cause Spike i... - 0 views

  • The German government announced today that it will shut down seven of the country's seventeen nuclear power plants for an indefinite period, a decision taken in response to widespread protests and a German public increasingly fearful of nuclear power after a nuclear emergency in Japan. The decision places a moratorium on a law that would extend the lifespan of these plants, and is uncharacteristic of Angela Merkel, whose government previously overturned its predecessor's decision to phase nuclear out of Germany's energy supply.
  • The seven plants, each built before 1980, represent 30% of Germany's nuclear electricity generation and 24% of its gross installed nuclear capacity. Shutting down these plants, or even just placing an indefinite hold on their operation, would be a major loss of zero-emissions generation capacity for Germany. The country currently relies on nuclear power from its seventeen nuclear power plants for about a quarter of its electricity supply.
  • The long-term closure of these plants would therefore seriously challenge Germany's carbon emissions efforts, as they try to meet the goal of 40% reduction below 1990 carbon emissions rates by 2020.
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  • The moratorium could cause a spike in CO2 emissions as Germany turns to its other, more carbon-intensive sources to supply its energy demand. Already, the country has been engaged in a "dash for coal", building dozens of new coal plants in response to the perverse incentives and intense lobbying from the coal industries made possible by the European Emissions Trading Scheme. (As previously reported by Breakthrough Europe).
  • if lost generation were made up for entirely by coal-fired plants, carbon emissions would increase annually by as much as 33 million tons. This would represent an overall 4% annual increase in carbon emissions for the country and an 8% increase in carbon emissions for the power sector alone.
  • Alternatively, should the country try to replace lost generation entirely with power from renewables, it would need to more than double generation of renewable energy, from where it currently stands at 97 billion kWh to about 237 billion kWh. As part of the country's low-carbon strategy, Germany has planned to deploy at least 20% renewable energy sources by 2020. If the nation now chooses to meet this goal by displacing nuclear plants, 2020 emissions levels would be higher than had the country otherwise phased out its carbon-intensive coal or natural gas plants.
  • *Carbon emissions factors used are those estimated by the World Bank in 2009 for new coal-fired power plants (0.795 t C02/MWh) and new gas-fired power plants (0.398 t C02/MWh) **Data from Carbon Monitoring For Action, European Nuclear Society Data, and US Energy Information Administration
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    Carbon dioxide emissions in Germany may increase by 4 percent annually in response to a moratorium on seven of the country's oldest nuclear power plants, as power generation is shifted from nuclear power, a zero carbon source, to the other carbon-intensive energy sources that currently make up the country's energy supply.
Weiye Loh

asahi.com(朝日新聞社):INTERVIEW/Lee Kuan Yew: Nuclear accident hurt Japan's reputa... - 0 views

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    Q: One big question, which has emerged from March 11, is how we should find the right source of energy, and how we satisfy our energy demands without jeopardizing the security of the lives of the people and the region. The dependence on nuclear power generation has been called into question in many countries. It will also have an extensive impact on the regional security order. What is the right way to think through this enormous challenge? Lee: This is a difficult question to answer. If no other sources of energy are discovered besides coal, gas and oil, we may have no alternative but nuclear power.
Weiye Loh

Renewable energy is too expensive - 0 views

  • Due to its abundance and low market price, coal combustion is the largest source of energy production in the world, accounting for 40% of all electricity worldwide.  In the USA it accounts for 45% of electricity generation, and approximately 75% in Australia. Unfortunately, coal combustion is a major contributor to global greenhouse gas emissions as well, accounting for 30% of total anthropogenic carbon dioxide (CO2) emissions worldwide, and 72% of CO2 emissions from global power generation.  In addition, non-power generation uses increase its contribution to global human CO2 emissions to a whopping 41% (as of 2005).  Many people prefer coal combustion to renewable energy because it seems to be cheaper.  However, when accounting for the true costs of coal power, most renewable energy sources are actually significantly cheaper in the long-run.
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    When you account for the effects which are not reflected in the market price of fossil fuels, like air pollution and health impacts, the true cost of coal and other fossil fuels is higher than the cost of most renewable energy technologies.
Weiye Loh

Fukushima: The End of the Nuclear Renaissance? - Ecocentric - TIME.com - 0 views

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    The environmental movement has a strange historical relationship with nuclear power. In many countries, opposition to nuclear reactors in the wake of Chernobyl gave rise to major Green political parties. Many environmentalists still oppose nuclear power--Greenpeace, for example, still calls for the phase out of all reactors. But as climate change has taken over the Green agenda, other environmentalists have come to favor nuclear  as part of a low-carbon energy mix.  It was this confluence of factors-fading memories of Chernobyl and increased concern about greenhouse gases--that gave the nuclear industry such confidence just a few years ago. That confidence will have been deeply shaken by events in Japan.
Weiye Loh

The Devil's Kitchen: Scientists hoist by their own petard - 0 views

  • the vast majority of the world's scientists back urgent action on carbon emissions: energy must be made much more expensive. Oh, wait, we didn't mean for us!World-class research into future sources of green energy is under threat in Britain from an environmental tax designed to boost energy efficiency and drive down carbon emissions, scientists claim.Some facilities must find hundreds of thousands of pounds to settle green tax bills, putting jobs and research at risk.
  • Among the worst hit is the Culham Centre for Fusion Energy in Oxfordshire, a facility for research into almost limitless carbon-free energy. The lab faces an estimated £400,000 payment next year, raising the spectre of job losses and operational cuts. "Considering our research is aimed at producing zero-carbon energy, it seems ironic and perverse to clobber us with an extra bill," a senior scientist at the lab said. "We have to use electricity to run the machine and there is no way of getting around that."
Weiye Loh

Roger Pielke Jr.'s Blog: The Guardian on Difficult Energy Choices - 0 views

  • For all the emotive force of events in Japan, though, this is one issue where there is a pressing need to listen to what our heads say about the needs of the future, as opposed to subjecting ourselves to jittery whims of the heart. One of the few solid lessons to emerge from the aged Fukushima plant is that the tendency in Britain and elsewhere to postpone politically painful choices about building new nuclear stations by extending the life-spans of existing ones is dangerous. Beyond that, with or without Fukushima, the undisputed nastiness of nuclear – the costs, the risks and the waste – still need to be carefully weighed in the balance against the different poisons pumped out by coal, which remains the chief economic alternative. Most of the easy third ways are illusions. Energy efficiency has been improving for over 200 years, but it has worked to increase not curb demand. Off-shore wind remains so costly that market forces would simply push pollution overseas if it were taken up in a big way. A massive expansion of shale gas may yet pave the way to a plausible non-nuclear future, and it certainly warrants close examination. The fundamentals of the difficult decisions ahead, however, have not moved with the Earth.
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    The Guardian hits the right note on energy policy choices in the aftermath of the still unfolding Japanese nuclear crisis:
Weiye Loh

Roger Pielke Jr.'s Blog: Japan's New Emissions Math - 0 views

  • Japan currently gets 24% of it energy needs from nuclear power.  To replace that additional 26% that was supposed to come from nuclear (to get to 50%) implies 78,000 (!) 2.5 MW wind turbines (see TCF, p. 144, Table 4.4). The Japanese Wind Energy Association optimistically foresees 11.1 GW of capacity by 2020, or less than half that would have been needed to reach the 5% reduction target.  Abandoning nuclear does not make the emissions reduction targets easier, but far, far more difficult. 
  • I have argued that Japan's 2020 emissions reduction target of a 25% reduction was always far out of reach.  I don't think that the phrase "even more impossible" makes much sense, but perhaps Japan's new political context will at least make its emissions reductions commitments "even more obviously impossible." 
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    Earlier this week the Japanese Prime Minister Naoto Kan announced that Japan was no longer seeking to source 50% of its energy needs from nuclear power and terminated plans for 14 new nuclear facilities.  What might this decision mean for Japan's ability to meet its current carbon dioxide emissions reduction target of 25% below 1990 levels?
Weiye Loh

Freakonomics » "Conspicuous Conservation" and the Prius Effect - 0 views

  • Two young economists, Steve and Alison Sexton, have been looking into this question. (Not only are the Sextons twins, but their parents are also economists, and Steve is a competitive triathlete.) The result is an interesting draft paper called “Conspicuous Conservation: The Prius Effect and WTP [Willingness to Pay] for Environmental Bona Fides.” When you drive a Prius, the Sextons argue, there’s a “green halo” around you. You make new friends; you get new business opportunities. In an especially “green” place like Boulder, Colo., the effect could be worth as much as $7,000.
  • The Sextons focused on the distinctive design of the Prius — which was no accident. Honda, Ford, Nissan and other car makers sell hybrids, but you can’t pick them out on the road (the Civic hybrid, for instance, looks just like a Civic). The Prius is unmistakable. It marks whoever is driving it as someone who cares about the environment; it’s an act of “conspicuous conservation,” an update of Thorstein Veblen’s “conspicuous consumption.” Here’s how Steve Sexton describes it: SEXTON: A sort of “keeping up with the Joneses”-type concept but applied to efforts to make society better. I will be competing with my neighbors to donate to a charity, for instance, or to reduce energy conservation or environmental impacts.
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    when people make environmentally sound choices, how much are those choices driven by the consumers' desire to show off their green bona fides?
Weiye Loh

Solar Maps Reveal Exactly How Much Sun Hits Every Inch of a City | The Utopianist - Thi... - 0 views

  • The New York solar map just debuted at the fifth annual Solar Summit. Solvecimate News reports: “The map is an important part of this effort,” said Tria Case, who heads the New York City solar map project as director of sustainability for the university. “It’s a tool that building and homeowners, installers, city officials and Con Ed can use.” The map is exact. During night flights over New Yok in May 2010, a twin-engine plane equipped with lasers captured the architecture of the city. From these images, CUNY’s Center for Advanced Research of Spatial Information created a 3-D model of the city. “It’s as if we shrink-wrapped the entire city in paper lined with a one-meter grid and got the exact elevation and horizontal location of each square meter,” Sean Ahearn, the geographer who directs the center, told SolveClimate News. Ahearn said the site incorporates so many bytes of information that it took a supercomputer with 10 processors some 50 hours to generate the map interface. The website can calculate how much solar radiation hits every square meter of the city — every hour, every day for an entire year. For building owners it means they can size up of the solar energy potential of their rooftops within minutes.
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    cities are turning to advanced, but easy-to-use solar maps that determine exactly how much sunlight falls on every inch of the city. That way, property owners can see upfront and center the clear benefits of installing solar. The latest - and by far the biggest - such initiative is coming to New York City, and well-received efforts have already spurred solar growth in San Francisco and Germany.
Weiye Loh

The Problem with Climate Change | the kent ridge common - 0 views

  • what is climate change? From a scientific point of view, it is simply a statistical change in atmospheric variables (temperature, precipitation, humidity etc). It has been occurring ever since the Earth came into existence, far before humans even set foot on the planet: our climate has been fluctuating between warm periods and ice ages, with further variations within. In fact, we are living in a warm interglacial period in the middle of an ice age.
  • Global warming has often been portrayed in apocalyptic tones, whether from the mouth of the media or environmental groups: the daily news tell of natural disasters happening at a frightening pace, of crop failures due to strange weather, of mass extinctions and coral die-outs. When the devastating tsunami struck Southeast Asia years ago, some said it was the wrath of God against human mistreatment of the environment; when hurricane Katrina dealt out a catastrophe, others said it was because of (America’s) failure to deal with climate change. Science gives the figures and trends, and people take these to extremes.
  • One immediate problem with blaming climate change for every weather-related disaster or phenomenon is that it reduces humans’ responsibility of mitigating or preventing it. If natural disasters are already, as their name suggests, natural, adding the tag ‘global warming’ or ‘climate change’ emphasizes the dominance of natural forces, and our inability to do anything about it. Surely, humans cannot undo climate change? Even at Cancun, amid the carbon cuts that have been promised, questions are being brought up on whether they are sufficient to reverse our actions and ‘save’ the planet.  Yet the talk about this remote, omnipotent force known as climate change obscures the fact that, we can, and have always been, thinking of ways to reduce the impact of natural hazards. Forecasting, building better infrastructure and coordinating more efficient responses – all these are far more desirable to wading in woe. For example, we will do better at preventing floods in Singapore at tackling the problems rather than singing in praise of God.
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  • However, a greater concern lies in the notion of climate change itself. Climate change is in essence one kind of nature-society relationship, in which humans influence the climate through greenhouse gas (particularly CO2) emissions, and the climate strikes back by heating up and going crazy at times. This can be further simplified into a battle between humans and CO2: reducing CO2 guards against climate change, and increasing it aggravates the consequences. This view is anchored in scientists’ recommendation that a ‘safe’ level of CO2 should be at 350 parts per million (ppm) instead of the current 390. Already, the need to reduce CO2 is understood, as is evident in the push for greener fuels, more efficient means of production, the proliferation of ‘green’ products and companies, and most recently, the Cancun talks.
  • So can there be anything wrong with reducing CO2? No, there isn’t, but singling out CO2 as the culprit of climate change or of the environmental problems we face prevents us from looking within. What do I mean? The enemy, CO2, is an ‘other’, an externality produced by our economic systems but never an inherent component of the systems. Thus, we can declare war on the gas or on climate change without taking a step back and questioning: is there anything wrong with the way we develop?  Take Singapore for example: the government pledged to reduce carbon emissions by 16% under ‘business as usual’ standards, which says nothing about how ‘business’ is going to be changed other than having less carbon emissions (in fact, it is questionable even that CO2 levels will decrease, as ‘business as usual’ standards project a steady increase emission of CO2 each year). With the development of green technologies, decrease in carbon emissions will mainly be brought about by increased energy efficiency and switch to alternative fuels (including the insidious nuclear energy).
  • Thus, the way we develop will hardly be changed. Nobody questions whether our neoliberal system of development, which relies heavily on consumption to drive economies, needs to be looked into. We assume that it is the right way to develop, and only tweak it for the amount of externalities produced. Whether or not we should be measuring development by the Gross Domestic Product (GDP) or if welfare is correlated to the amount of goods and services consumed is never considered. Even the UN-REDD (Reducing Emissions from Deforestation and Forest Degradation) scheme which aims to pay forest-rich countries for protecting their forests, ends up putting a price tag on them. The environment is being subsumed under the economy, when it should be that the economy is re-looked to take the environment into consideration.
  • when the world is celebrating after having held at bay the dangerous greenhouse gas, why would anyone bother rethinking about the economy? Yet we should, simply because there are alternative nature-society relationships and discourses about nature that are more or of equal importance as global warming. Annie Leonard’s informative videos on The Story of Stuff and specific products like electronics, bottled water and cosmetics shed light on the dangers of our ‘throw-away culture’ on the planet and poorer countries. What if the enemy was instead consumerism? Doing so would force countries (especially richer ones) to fundamentally question the nature of development, instead of just applying a quick technological fix. This is so much more difficult (and less economically viable), alongside other issues like environmental injustices – e.g. pollution or dumping of waste by Trans-National Corporations in poorer countries and removal of indigenous land rights. It is no wonder that we choose to disregard internal problems and focus instead on an external enemy; when CO2 is the culprit, the solution is too simple and detached from the communities that are affected by changes in their environment.
  • We need hence to allow for a greater politics of the environment. What I am proposing is not to diminish our action to reduce carbon emissions, for I do believe that it is part of the environmental problem that we are facing. What instead should be done is to reduce our fixation on CO2 as the main or only driver of climate change, and of climate change as the most pertinent nature-society issue we are facing. We should understand that there are many other ways of thinking about the environment; ‘developing’ countries, for example, tend to have a closer relationship with their environment – it is not something ‘out there’ but constantly interacted with for food, water, regulating services and cultural value. Their views and the impact of the socio-economic forces (often from TNCs and multi-lateral organizations like IMF) that shape the environment must also be taken into account, as do alternative meanings of sustainable development. Thus, even as we pat ourselves on the back for having achieved something significant at Cancun, our action should not and must not end there. Even if climate change hogs the headlines now, we must embrace more plurality in environmental discourse, for nature is not and never so simple as climate change alone. And hopefully sometime in the future, alongside a multi-lateral conference on climate change, the world can have one which rethinks the meaning of development.
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    Chen Jinwen
Weiye Loh

In Japan, a Culture That Promotes Nuclear Dependency - NYTimes.com - 0 views

  • look no further than the Fukada Sports Park, which serves the 7,500 mostly older residents here with a baseball diamond, lighted tennis courts, a soccer field and a $35 million gymnasium with indoor pool and Olympic-size volleyball arena. The gym is just one of several big public works projects paid for with the hundreds of millions of dollars this community is receiving for acce
  • the aid has enriched rural communities that were rapidly losing jobs and people to the cities. With no substantial reserves of oil or coal, Japan relies on nuclear power for the energy needed to drive its economic machine. But critics contend that the largess has also made communities dependent on central government spending — and thus unwilling to rock the boat by pushing for robust safety measures.
  • Tsuneyoshi Adachi, a 63-year-old fisherman, joined the huge protests in the 1970s and 1980s against the plant’s No. 2 reactor. He said many fishermen were angry then because chlorine from the pumps of the plant’s No. 1 reactor, which began operating in 1974, was killing seaweed and fish in local fishing grounds. However, Mr. Adachi said, once compensation payments from the No. 2 reactor began to flow in, neighbors began to give him cold looks and then ignore him. By the time the No. 3 reactor was proposed in the early 1990s, no one, including Mr. Adachi, was willing to speak out against the plant. He said that there was the same peer pressure even after the accident at Fukushima, which scared many here because they live within a few miles of the Shimane plant. “Sure, we are all worried in our hearts about whether the same disaster could happen at the Shimane nuclear plant,” Mr. Adachi said. However, “the town knows it can no longer survive economically without the nuclear plant.”
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  • Much of this flow of cash was the product of the Three Power Source Development Laws, a sophisticated system of government subsidies created in 1974 by Kakuei Tanaka, the powerful prime minister who shaped Japan’s nuclear power landscape and used big public works projects to build postwar Japan’s most formidable political machine. The law required all Japanese power consumers to pay, as part of their utility bills, a tax that was funneled to communities with nuclear plants. Officials at the Ministry of Economy, Trade and Industry, which regulates the nuclear industry, and oversees the subsidies, refused to specify how much communities have come to rely on those subsidies. “This is money to promote the locality’s acceptance of a nuclear plant,” said Tatsumi Nakano of the ministry’s Agency for Natural Resources and Energy.
Weiye Loh

Biomimicry: How Scientists Emulate Nature to Create Sustainable Designs | The Utopianis... - 0 views

  • “The core idea is that nature, imaginative by necessity, has already solved many of the problems we are grappling with. Animals, plants, and microbes are the consummate engineers. They have found what works, what is appropriate, and most important, what lasts here on Earth. This is the real news of biomimicry: After 3.8 billion years of research and development, failures are fossils, and what surrounds us is the secret to survival. Like the viceroy butterfly imitating the monarch, we humans are imitating the best adapted organisms in our habitat. We are learning, for instance, how to harness energy like a leaf, grow food like a prairie, build ceramics like an abalone, self-medicate like a chimp, create color like a peacock, compute like a cell, and run a business like a hickory forest.”
  • A more recent example of biomimetics in action is a biological laser created by two physicists at Harvard Medical School. Malte Gather and Seok Hyun Yun placed a single cell, genetically engineered to produce green fluorescent proteins originally found in jellyfish, into a cavity with two parallel mirrors on either side. When they exposed the cell to pulses of light, it emitted green fluorescent light that focused into a laser beam with the aid of the parallel mirrors. As Gather and Yun pointed out in their paper, the single-cell biological laser avoids the use of “artificial or engineered optical gain materials, such as doped crystals, semiconductors, synthetic dyes and purified gases.”
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    if one of our goals as a species is longevity, we may want to humble ourselves and take a look at how other species manage to live symbiotically with the earth instead of just on it. Biomimetics, or biomimicry, does just that.
Weiye Loh

James Lovelock is an example to every scientist « Prospect Magazine - 0 views

  • Lovelock, creator of the controversial Gaia hypothesis, is certainly still capable of original thinking, and it was his verdict on recent environmental controversies—such as the leaked emails from the University of East Anglia—that his audience wanted to hear.
  • The Gaia hypothesis, which made Lovelock the darling of the emerging green movement of the 1960s, proposes that life on earth is closely coupled with the surface, ocean and atmosphere. Each element co-operates to keep conditions relatively constant—at least in the absence of exceptional external forces. Initially, he was ridiculed: the idea that inanimate objects such as rocks are active participants in a super-organism was understandably controversial, and rejected by most scientists. But the idea that life exerts a strong influence on the environment has come to be widely accepted.
  • Lovelock has tended to be at the apocalyptic end of the climate change spectrum. He predicted in 2006 that average temperatures would rise by 8°C in temperate regions by the end of the 21st century, leading to billions of deaths and leaving only the polar regions habitable.
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  • He recently and rightly slated Ed Milliband, secretary of state for energy and climate change, for his ludicrous assertion that “opposition to wind farms should be as unacceptable as failing to wear a seatbelt,” describing this as political or environmental correctness veering towards fascism.
  • He has also retreated considerably from his extreme position of 2006, just as he earlier disassociated himself from some of the weirder extensions of the Gaia hypothesis, like the idea that the Earth as a whole is part of a universal consciousness.
  • Lovelock’s central point was that climate change models are not yet fit to make predictions even 40 years ahead. His position that continued release of carbon into the atmosphere constitutes a grave threat was unaltered, but he seemed to concede that the changes might not be as severe or rapid as he had earlier predicted.
  • It could be argued that Lovelock was over-hasty with his predictions of near extinction, but instead we should take heart that, almost half a century after developing his original hypothesis, he is still willing and capable of modifying his views on the basis of evidence. It is a good example not just for many younger scientists, but to everyone. On another level, it will perhaps raise hopes that some form of climate consensus can emerge out of the recent controversies. What we desperately need now is a more balanced and sustainable long-term energy strategy.
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    James Lovelock is an example to every scientist
Weiye Loh

Green Column - Rethinking the Measure of Growth - NYTimes.com - 0 views

  • Asia is not invulnerable to an environmental disaster on the scale of the BP spill. Singapore is a major refining center and transshipment point for crude oil shipments between markets in East Asia and the other oil-rich Gulf region. The quest for more plentiful and less expensive oil for fast-growing Asian economies has also brought a wave of offshore drilling from India and the Gulf of Thailand, to Vietnam and Bohai Bay, on the northeast coast of China.
  • Asian governments have become particularly enthralled with gross domestic product statistics for validation
  • Gross domestic product has come in for some particularly hard knocks since the global financial crisis, notably after a report last year whose co-author was Joseph E. Stiglitz, a Nobel laureate in economics, that said reliance on gross domestic product had blinded governments to the increasing risks in the world economy since 2004.
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    Rethinking the Measure of Growth By WAYNE ARNOLD Published: July 18, 2010
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